Kunststoffenbeurs 2022 – “Flame Retardants. A Changing Landscape” Presentation.

Kunststoffenbeurs 2022

We participated in the conferences held at Kunstoffenbeurs in the Netherlands. In addition, we contributed our presentation called Flame Retardants: A Changing Landscape. The conference theme at Kunstoffenbeurs was: Future Proof Plastics – Innovative, Sustainable and Smart.

Let’s start the conversation together…

* Presentation download link: https://polymer-compounders.com/en/do... *

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00:00 Introduction (Invoering)

00:33 What is a Flame Retardant? (Wat is een vlamvertrager?)

01:27 Vertical Burning Test for Classifying Materials (Verticale brandtest voor het classificeren van materialen)

02:06 Current Flame Retardant Technology (Huidige vlamvertragende technologies)

03:59 Evolution of Flame Retardants (Evolutie van vlamvertragers)

04:48 Developments around the World (Ontwikkelingen over de hele wereld)

06:20 Flame Retardants: A Changing Landscape (Vlamvertragers: een veranderend landschap)

06:31 Flame Retardants in Thermoplastics (Vlamvertragers in thermoplasten)

06:52 Tetrabromo-4,4′-isopropylidenediphenol (TBBA)

07:31 Flame Retardants in PC ABS (Vlamvertragers in PC ABS)

08:08 Main Flame Retardants in FR PC/ABS and FR PC/ASA (Belangrijkste vlamvertragers in FR PC/ABS en FR PC/ASA)

08:55 Introducing Notoxicom® (Introductie van Notoxicom®)

10:12 Flame Retardant Types (Vlamvertragende typen)

11:07 Smoke Inhalation Statistics (Statistieken over het inademen van rook)

11:39 Notoxicom® Smoke Toxicity Results (Resultaten van Notoxicom® Rooktoxiciteit)

12:14 Other Advantages of Notoxicom® (Andere voordelen van Notoxicom®)

13:48 Super B – Notoxicom® Success Story (Super B – Notoxicom®-succesverhaal)

14:23 Notoxicom® FR PC/ABS B6000 – Technical Data (Datasheet) (Notoxicom® FR PC/ABS B6000 – Technische gegevens (gegevensblad)

15:24 Comparative Tracking Index (CTI) & GWIT (Glow Wire) testing results (Vergelijkende Tracking Index (CTI) & GWIT (Glow Wire) testresultaten)

16:22 Notoxicom® – Recycling robustness (Notoxicom® – Recycling robuustheid)

18:50 Notoxicom® – Vertical Burn Demonstration (Notoxicom® – Demonstratie van verticale brandwonden)

19:54 To summarize… (Samenvatten…)

21:05 Let’s start the conversation together… (Laten we samen het gesprek aangaan…)

21:27 Thank you to our Partners (Bedankt aan onze partners)

22:02 Q&A (Vraag en antwoord)

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Flame Retardants. A Changing Landscape” – Video Transcript (English)

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– Good afternoon, everyone; welcome.

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I’m James, and this is Richard.

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And we’re from a company called

Polymer Compounders Limited.

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We’re based in the UK.

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And we were first established in 1993.

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We are a specialist

thermoplastic compounder

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specializing in ABS compounds,

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Polycarbonate, ASA’s, PC-ABS alloy blends,

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and PC/ASA alloy blends.

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We also are best known for

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dealing with large-scale OEMs

such as Renault and Nissan.

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– So yeah, the topic

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of today’s presentations

all about flame retardants.

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So as a compounder,

one of the easiest jobs

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we can do is just add pigments

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for example, in our

thermoplastic materials.

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What some of the more

exciting stuff is, you know

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conductive additives and or

antistatic or flame retardants.

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So, so that’s the, the topic

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of today’s presentation really how we see

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the future of flame

retardants progressing.

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We’ll just maybe just cover

a couple of the basics

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in terms of what we’re talking

about regarding flame retardants.

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So flame retardants

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for us is really trying to

meet the U-94 specifications.

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Most typically are what we call V ratings.

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So that could be anything

from a V zero or V1 or V2.

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But in particular, at the

moment where we’re concerned

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the most common really for things

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like electrical enclosures

are V0 ratings.

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And typically, it’s something

like 1.5 millimetres.

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And to hit that V0 rating,

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you really need to have a self

extinguishing part of that.

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That means it will self extinguish

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within 10 seconds and there’s

no flaming burning drips

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for the material when it’s,

when it’s been ignited.

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So

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The landscape for

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for flame retardants is

really changing at the moment.

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If we look at a typical

flame retardant ABS material

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so a very common material

that you may have

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in your own homes,

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it’s very commonly found in

things like tumble dryers

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and other high heat, electrical

appliances within the home.

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So these, the only way you

can get a flame-retardant ABS

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to meet this V0 regulation

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at the moment is to use

halogenated flame retardants.

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Then we all know and can agree that, yeah

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we can avoid using these

halogenated systems.

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That’s, that’s the way we

should be going forward.

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However, the ECHA, a

European chemicals agency are

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are deciding now that

they’re going to ban just

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about every chemical that can

be used to make these types

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of ABS materials.

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So that really creates a problem

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for the injection moulding industry

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and certain chemical suppliers.

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So the next step really for

an engineer maybe to look

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at something like an FR PC/ABS

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cause when you’ve added the

polycarbonate to the ABS blend

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you impart a little bit

more of flame retardancy,

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and that means that we can get

an FR PC/ABS that meets the V

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zero regulation without using halogens,

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those chemicals are now coming

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under increasing concern as well.

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So the toxicity is, is becoming

a real problem for these

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for just about every flame retardant

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that is used in ABS and

PC/ABS at the moment.

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– Yeah, so this brings

us on to the evolution

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of flame retardant as

far as we see it moving.

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So beginning of the bottom left-hand side

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you have the Brominated technologies

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and that’s commonly used in

FR ABSs, which contain things

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like TBBA.

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Moving on to the middle

section there, the amber,

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that is more like your FR PC/ABS

technologies, which are more

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of a liquid non-halogenated

type of FR package.

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And then moving us on to the top,

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which is what we consider in the future

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which is polyphosphonate

co-carbonate technology.

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And this brings us on

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to what we’re going to discuss

a little bit later on

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about how we’ve got about

developing something to

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meet this new standard

that we feel is the future.

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– So, as I mentioned before, the ECHA is

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has already now set out a

roadmap for a complete ban

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on these quite toxic flame retardants.

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You can access these websites yourself

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you don’t need it even to,

to log in and register.

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You can have a look at this

information for yourselves.

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It’s not just in Europe,

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these bans are taking

place in the United States,

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particularly in New York and Washington.

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They are; they’ve now banned the use

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of flame retardant ABS in,

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for example, the TV bezels, or

all TV monitors, TV screens,

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they’ll no longer allow flame

retardant ABS to be used.

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The medical industry has

also tried to remove a lot

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of flame retardants from

their devices as well.

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And the reason for that is this quite

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important study that was

done by Brunel University.

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So the, the chemicals

that are being used are

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tending to leach out of the materials

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and they’re giving this

problem of endocrine disruption

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which is just basically

disrupting the, the balance of the

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the hormones within the human body.

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And second that we’re

becoming increasingly

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more concerned about

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(chuckling)

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– I’m not sure what’s

happened to the text there

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but this brings us on to the topic

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of our presentation,

which is Flame Retardants:

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A Changing Landscape.

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So flame retardants and thermoplastics,

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there are growing health

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concerns regarding the

toxicity of flame retardants

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in polymers.

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As Richard mentioned earlier

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the ECHA has now added the

most widely flame retardant

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type packages to the list of

their substances of concern,

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known as the CORAP list.

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(background noise)

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– As I mentioned before,

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you can download this information

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you can; you can research

this for you for yourself.

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So this is taken directly

from the ECHA website.

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You know, they, they’re

clearly saying here

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that these compounds that

are used within the current flame

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retardant ABS technology

are causing cancer.

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They’re persistent, they

accumulate within the body,

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and they’re suspected of,

of causing an endocrine

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disruption.

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So they really are quite

toxic, nasty chemicals.

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– So, the natural progression from,

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as we mentioned earlier

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in the evolution slide is FR

PC/ABS the natural evolution

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from FR ABS technologies.

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Although they are similar,

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and they are very much

under scrutiny for the fact

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that the chemicals

within FR PC/ABS are most

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widely known now for endocrine disruption.

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So, although it is a

non-halogenated liquid

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of sorts, it’s now under

scrutiny for the endocrine

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disrupting properties.

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(background noise)

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– Yeah, and again, for

the, for PC/ABS and PC/ASA,

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you can see the chemicals that

are being investigated, there

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again from the ECHA website.

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Not quite as bad as the

halogenated systems in ABS,

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but even these chemicals

are causing disruption

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within the human body.

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So we’re still not in a, in a great place

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and that’s why we’ve tried to continue

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and expand our technology to try

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and find a better way and

less toxic substance to get

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the flame retardancy that, we require.

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– It’s not all doom and gloom.

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(laughter)

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Introducing Notoxicom®

superior halogen-free

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flame retardancy, non-migratory

chemicals that do not

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bioaccumulate in the body,

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and a more favourable toxicity profile,

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with an outstanding balance of thermal

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and mechanical properties

with lightweight in gains.

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(background noise)

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– You know so,

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Notoxicom® is a trade name

that we have registered for

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for this product and, and

basically, what we’re doing is

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taking this polymer called

Polyphosphate co carbonate

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which is inherently flame

retardant material, blending

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that into our, our existing

PC/ABS formulations to

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make a really good flame

retardant PC/ABS that, yeah

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doesn’t have any impact on the human body.

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It’s, it’s one of the

lowest toxicity types

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of materials that we can

use and it’s, it really is a

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a game of trying to

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trying to match the performance

of the existing technology

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without having all these

toxic health concerns.

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So this chart is a little

bit complicated, but

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on the right-hand side is,

you know, the halogenated

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flame retardant systems that

we’re trying to move away from.

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On the left-hand side is this phosphor

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based technology that is a lot less toxic

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but particularly in the top left

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what we’re trying to do

is just move to that area,

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where we have not only a

phosphorous flame retardant system,

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but a polymeric-based system.

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So the chemicals of the, these

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are bound within a polymer matrix,

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it’s far less able to

migrate out the host plastic.

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It’s far less toxic, doesn’t

accumulate within the body,

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but still very easy to to process

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in terms of injection

moulding or extrusion.

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– So now we’re just going to go

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onto a little bit of information,

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regarding smoke inhalation statistics.

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So the number one cause of death

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within a fire is smoke

inhalation with an estimated

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50% to 80% of all deaths

linked directly to the intake

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of smoke.

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In sufficiently high concentrations,

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smoke creates hazardous health conditions

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for people exposed to it.

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(background noise)

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So this is nicely rounded

up by this slide here,

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which represents Notoxicom® being tested

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under stringent aviation testing

for use within aeroplanes.

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So as you can see from the

bottom of the, the chart there,

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bottom of in the next to the

green box with the yes in it,

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Notoxicom® is well below

the minimum requirements

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needed to pass stringent aviation testing.

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This is like a low smoke

toxicity testing report.

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Which shows that it’s well

below what’s required.

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– So not only is the

smoke less toxic when the

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when the product does come

into contact with a flame,

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we also found that we can

have the no drop in heat

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and strength performance of

the, of the PC/ABS material.

218

00:12:35,430 –> 00:12:37,920

So quite often, when you

add the chemicals to

219

00:12:37,920 –> 00:12:40,560

improve flame retardancy

so you get a drop, you know

220

00:12:40,560 –> 00:12:44,510

the heat or strength of

the, of the polymer matrix.

221

00:12:47,010 –> 00:12:50,460

We also found that we can

offer a slightly lower density.

222

00:12:50,460 –> 00:12:54,900

So this, because it’s just a polymeric mix,

223

00:12:54,900 –> 00:12:57,810

it’s not got any of the high density

224

00:12:57,810 –> 00:12:59,883

flame retardant chemicals in there.

225

00:13:01,590 –> 00:13:04,500

Processing fumes or moulders

are telling those, you know

226

00:13:04,500 –> 00:13:06,742

the stuff doesn’t smell.

227

00:13:06,742 –> 00:13:10,950

If anybody’s ever

processed any FR ABS before

228

00:13:10,950 –> 00:13:14,130

and maybe leave it in the

in the barrel for too long.

229

00:13:14,130 –> 00:13:16,860

You certainly know about

it, it smells quite,

230

00:13:16,860 –> 00:13:18,060

quite bad.

231

00:13:18,060 –> 00:13:22,440

But we have very low fumes

coming off when we’re processing.

232

00:13:22,440 –> 00:13:24,814

As James has mentioned, we have also done

233

00:13:24,814 –> 00:13:28,650

with ABD-0031 aircraft test,

234

00:13:28,650 –> 00:13:33,650

which is very stringent,

fire smoke and toxicity test.

235

00:13:35,276 –> 00:13:37,800

And it’s also been listed officially,

236

00:13:37,800 –> 00:13:40,500

on the ChemSec website as you know

237

00:13:40,500 –> 00:13:45,500

viable alternative to

existing FR PC/ABS materials.

238

00:13:49,590 –> 00:13:53,703

– So this is an example of a

current customer of Notoxicom®.

239

00:13:54,735 –> 00:13:59,040

So the product manager,

Martin Zilvold is very happy

240

00:13:59,040 –> 00:14:01,410

with the greener

credentials of the material.

241

00:14:01,410 –> 00:14:04,725

One of which being the fact

that they’ve been able to

242

00:14:04,725 –> 00:14:08,580

drop one of the ‘hot runners

within their moulding system.

243

00:14:08,580 –> 00:14:10,950

So this material runs really well

244

00:14:10,950 –> 00:14:15,121

with one ‘hot runner, and yeah.

245

00:14:15,121 –> 00:14:18,375

And this is a lithium iron

battery, I must mention that.

246

00:14:18,375 –> 00:14:20,542

(chuckle)

247

00:14:24,367 –> 00:14:26,370

– So there’s a QR code you can actually,

248

00:14:26,370 –> 00:14:28,350

should be able to scan

that, and you can directly

249

00:14:28,350 –> 00:14:30,960

access the, the data sheet.

250

00:14:30,960 –> 00:14:34,119

So B6000 is just our grade name

251

00:14:34,119 –> 00:14:37,825

for this particular

flame retardant, PC/ABS.

252

00:14:37,825 –> 00:14:40,174

But generally, you know

253

00:14:40,174 –> 00:14:43,080

we’ve got a really well

rounded property profile.

254

00:14:43,080 –> 00:14:44,130

It’s got great flow,

255

00:14:44,130 –> 00:14:47,250

it processes well. Heat performance

256

00:14:47,250 –> 00:14:48,720

and impact are comparable

257

00:14:48,720 –> 00:14:53,720

to the the existing, more toxic

flame retardant materials.

258

00:14:56,850 –> 00:14:57,683

We have the,

259

00:14:57,683 –> 00:15:02,490

the V0 rating, goes

down as far as 0.8 millimeters.

260

00:15:02,490 –> 00:15:06,240

Good glow wire flammability 960 °C.

261

00:15:06,240 –> 00:15:08,880

So again, things like

electrically enclosed would,

262

00:15:08,880 –> 00:15:11,310

would typically need these sorts

263

00:15:11,310 –> 00:15:15,363

of heat and flammability specifications.

264

00:15:16,230 –> 00:15:18,003

Slight density saving,

265

00:15:18,930 –> 00:15:22,653

but you know, generally are

really well-rounded product.

266

00:15:25,320 –> 00:15:29,310

– So Notoxicom® B6000 was tested

267

00:15:29,310 –> 00:15:31,500

under lab conditions

to see how it compares

268

00:15:31,500 –> 00:15:34,240

to standard FR PC/ABS technologies

269

00:15:36,461 –> 00:15:39,143

under both glow wire and

comparative index tracking.

270

00:15:40,800 –> 00:15:44,610

The data shows that

Notoxicom® B6000 matched

271

00:15:44,610 –> 00:15:49,610

and it was comparative with a

standard FR PC/ABS technology.

272

00:15:50,957 –> 00:15:52,830

If I bring you on to this slide here,

273

00:15:52,830 –> 00:15:55,230

you can see the sort of difference

274

00:15:55,230 –> 00:15:58,350

in the way that the material

reacts under the testing.

275

00:15:58,350 –> 00:16:01,320

So on the left-hand side is raw specimens.

276

00:16:01,320 –> 00:16:03,060

On the right, on the furthest one

277

00:16:03,060 –> 00:16:04,823

to the right is Notoxicom® B6000.

278

00:16:05,660 –> 00:16:10,410

The one next to it, is the

standard FR PC/ABS technology.

279

00:16:10,410 –> 00:16:12,270

As you can see from sample one

280

00:16:12,270 –> 00:16:15,120

on the right, has a lot less

charing than the one next

281

00:16:15,120 –> 00:16:18,660

to it, and this is down to

the polymeric formula doing

282

00:16:18,660 –> 00:16:20,710

as it should in just acting as a blocker.

283

00:16:23,550 –> 00:16:27,630

– So this chart is just

talking about recycling now

284

00:16:27,630 –> 00:16:32,280

obviously, recycling is

more and more important.

285

00:16:32,280 –> 00:16:34,920

So what we’re looking at

here is, in particular,

286

00:16:34,920 –> 00:16:38,520

the impact performance after recycling.

287

00:16:38,520 –> 00:16:43,520

This is taking the material

and then 100% recycling.

288

00:16:44,220 –> 00:16:46,140

It’s taking a whole lot

289

00:16:46,140 –> 00:16:49,380

re-running up, reprocessing it again.

290

00:16:49,380 –> 00:16:52,350

So our material is of top.

291

00:16:52,350 –> 00:16:56,580

The middle and the bottom

pair of bars are the most

292

00:16:56,580 –> 00:17:01,580

common alternative

PC/ABS materials that are

293

00:17:02,730 –> 00:17:04,920

PC/ABS flame retardant additives

294

00:17:04,920 –> 00:17:06,660

that are used at the moment.

295

00:17:06,660 –> 00:17:10,113

And you can see that the,

the green bar is where we,

296

00:17:12,060 –> 00:17:14,190

sorry, the grey bar is where we start.

297

00:17:14,190 –> 00:17:16,375

We do lose a little bit

after one pass of the

298

00:17:16,375 –> 00:17:19,020

the recycling, that’s what

the green line is showing

299

00:17:19,020 –> 00:17:19,853

you there.

300

00:17:19,853 –> 00:17:22,980

But it was still in a

better position than the,

301

00:17:22,980 –> 00:17:27,980

the alternative, more toxic alternatives.

302

00:17:29,790 –> 00:17:34,790

– So this one here represents

the flame retardancy

303

00:17:34,920 –> 00:17:38,100

after one recycling physical test.

304

00:17:38,100 –> 00:17:42,600

So the, if I draw your

attention to RDP BPA DP,

305

00:17:42,600 –> 00:17:46,590

you can see that both

of those, tested samples

306

00:17:46,590 –> 00:17:49,860

both lose quite a considerable

amount of flame retardancy,

307

00:17:49,860 –> 00:17:51,360

after testing.

308

00:17:51,360 –> 00:17:52,620

And this is down to the fact

309

00:17:52,620 –> 00:17:55,560

that the polymer has the

additive which reaches

310

00:17:55,560 –> 00:17:56,940

out after the recycling,

311

00:17:56,940 –> 00:18:00,780

and that is why they start to

lose their potency over time.

312

00:18:00,780 –> 00:18:03,690

As you can tell, for

B6000, it’s V0 to begin

313

00:18:03,690 –> 00:18:06,570

with, and then it’s V0

after the test as well.

314

00:18:06,570 –> 00:18:08,760

And that’s down to the polymeric formula

315

00:18:08,760 –> 00:18:11,580

with no additives in there,

meaning that it can’t lose

316

00:18:11,580 –> 00:18:15,993

its flame retardancy over

time, it’s self-extinguishing.

317

00:18:19,140 –> 00:18:20,643

And here is a video.

318

00:18:25,200 –> 00:18:26,053

Oh,

319

00:18:30,780 –> 00:18:31,813

Thank you.

320

00:18:31,813 –> 00:18:34,358

(James laughs)

321

00:18:34,358 –> 00:18:37,275

(background noise)

322

00:18:50,730 –> 00:18:51,563

Wonderful.

323

00:18:51,563 –> 00:18:55,383

So the sample on the left

is a standard ABS polymer.

324

00:18:56,400 –> 00:19:00,150

The sample on the right is

a standard FR ABS polymer.

325

00:19:00,150 –> 00:19:03,480

And the sample in the

the middle is our Notoxicon,

326

00:19:03,480 –> 00:19:06,180

which is currently it’s

a black sample there.

327

00:19:06,180 –> 00:19:07,500

However, you get the idea

328

00:19:07,500 –> 00:19:09,460

that the material is self-extinguishing

329

00:19:10,301 –> 00:19:14,065

and just allow flame to

pass higher on the sample.

330

00:19:14,065 –> 00:19:15,750

So on the right can see

the chart that’s moving

331

00:19:15,750 –> 00:19:18,930

up the sample on the

right, and you can see also

332

00:19:18,930 –> 00:19:21,800

the black smoke comes off the FR ABS.

333

00:19:23,101 –> 00:19:25,271

And the sample in the center,

334

00:19:25,271 –> 00:19:26,490

the Notoxicom®,

335

00:19:26,490 –> 00:19:27,630

the smoke is a lot cleaner,

336

00:19:27,630 –> 00:19:28,830

it’s a little bit whiter.

337

00:19:31,020 –> 00:19:32,572

And it just retracts slightly.

338

00:19:32,572 –> 00:19:33,540

(James laughs)

339

00:19:33,540 –> 00:19:35,390

As it is self-extinguishing material.

340

00:19:42,855 –> 00:19:44,910

– If  you can return us to

the presentation, thanks.

341

00:19:44,910 –> 00:19:45,743

– Thank you

342

00:19:48,360 –> 00:19:52,125

Interesting selection of follow-up videos.

343

00:19:52,125 –> 00:19:55,042

(background noise)

344

00:19:57,840 –> 00:20:02,840

– Yeah, so just to, to

summarize and so, chemicals

345

00:20:02,891 –> 00:20:05,730

like TBBA are, are what is

currently used to get the,

346

00:20:05,730 –> 00:20:08,670

the flame retardancy in ABS at the moment.

347

00:20:08,670 –> 00:20:12,690

Yeah, the ECHA states in the US are, are,

348

00:20:12,690 –> 00:20:15,480

are starting to ban those materials now.

349

00:20:15,480 –> 00:20:19,830

So if you’re thinking about

moving them to FR PC/ABS,

350

00:20:19,830 –> 00:20:21,540

yeah, that’s a better situation.

351

00:20:21,540 –> 00:20:26,250

But as you can start to see

those technologies are coming

352

00:20:26,250 –> 00:20:28,336

under increasing scrutiny

353

00:20:28,336 –> 00:20:32,700

and are being more

increasingly investigated

354

00:20:32,700 –> 00:20:36,813

for endocrine disruption

being quite toxic.

355

00:20:37,800 –> 00:20:39,240

So we, we really feel

356

00:20:39,240 –> 00:20:42,663

as though this polyphosphate

co carbonate technology is,

357

00:20:43,520 –> 00:20:44,353

is the future.

358

00:20:44,353 –> 00:20:46,440

So it’s far less toxic.

359

00:20:46,440 –> 00:20:50,520

We can meet all the usual impact,

360

00:20:50,520 –> 00:20:55,260

FR flow sort of forms characteristics.

361

00:20:55,260 –> 00:20:59,160

To get this really nice

rounded property profile for

362

00:20:59,160 –> 00:21:00,513

FR PC/ABS material.

363

00:21:01,355 –> 00:21:04,272

(background noise)

364

00:21:06,120 –> 00:21:08,410

– So let’s start the conversation together

365

00:21:09,259 –> 00:21:10,509

with pending legislation.

366

00:21:11,670 –> 00:21:14,220

Are you planning for a greener future?

367

00:21:14,220 –> 00:21:16,260

There are real alternatives,

368

00:21:16,260 –> 00:21:18,660

real alternative solutions available,

369

00:21:18,660 –> 00:21:21,393

and we are ready to support

your future developments.

370

00:21:27,360 –> 00:21:31,161

We’d just like to take a second,

just to thank our partners.

371

00:21:31,161 –> 00:21:35,062

So we’ve got to thank our PCL team, FRX.

372

00:21:35,062 –> 00:21:37,320

Some special mentions are FRX Innovations,

373

00:21:37,320 –> 00:21:39,458

who are on the left there.

374

00:21:39,458 –> 00:21:42,990

We got Super B, Kedu Polymers,

who is currently we’re here

375

00:21:42,990 –> 00:21:46,110

with today at Stand 351.

376

00:21:46,110 –> 00:21:47,310

Intertech, who helped

377

00:21:47,310 –> 00:21:49,680

with a lot of the development testing.

378

00:21:49,680 –> 00:21:54,540

And of course, Klein Mechaniek

BV, who are also here today.

379

00:21:54,540 –> 00:21:56,730

And they helped us

380

00:21:56,730 –> 00:22:00,153

with the injection moulding

aspect of the Notoxicom® B6000.

381

00:22:03,210 –> 00:22:04,810

– Yeah, so thank you once again.

382

00:22:10,028 –> 00:22:15,028

– Thank you, gentlemen.

383

00:22:15,217 –> 00:22:16,967

Thank you for your…

384

00:22:17,995 –> 00:22:19,493

Your attention here.

385

00:22:19,493 –> 00:22:23,200

I, I assume that the

presentation is available

386

00:22:23,200 –> 00:22:25,623

on the micro center site?

387

00:22:26,466 –> 00:22:27,299

– Yes.

388

00:22:27,299 –> 00:22:30,660

– You took pictures. It’s

also available the site

389

00:22:30,660 –> 00:22:32,040

of micro center.

390

00:22:32,040 –> 00:22:33,243

Yeah. Cool.

391

00:22:34,140 –> 00:22:35,610

Thanks for you.

392

00:22:35,610 –> 00:22:38,494

We are a little bit late for

next one, but I have to thank

393

00:22:38,494 –> 00:22:39,952

you

394

00:22:39,952 –> 00:22:40,952

– Thank you.

395

00:22:41,926 –> 00:22:46,926

– Just have a

question…(speaking distinctly)

396

00:22:49,359 –> 00:22:52,859

(background noise begins)

397

00:22:54,742 –> 00:22:56,848

– We’re gonna be fine though

398

00:22:56,848 –> 00:22:59,098

(laughter)

399

00:22:59,933 –> 00:23:03,683

(background noise continues)

Vlamvertragers. Een veranderend landschap” – Video Transcript (Dutch)

1
00:00:00,000 –> 00:00:01,530

  • Goedemiddag, iedereen. Welkom.

2
00:00:01,530 –> 00:00:03,177
Ik ben James, en dit is Richard.

3
00:00:03,177 –> 00:00:05,580
En wij zijn van een bedrijf genaamd
Polymer Compounders Limited.

4
00:00:05,580 –> 00:00:06,783
Wij zijn gevestigd in de UK.

5
00:00:08,877 –> 00:00:12,450
En we zijn voor het eerst opgericht in 1993.

6
00:00:12,450 –> 00:00:15,210
Wij zijn een specialist
thermoplastische compounder

7
00:00:15,210 –> 00:00:17,670
gespecialiseerd in ABS compounds,

8
00:00:17,670 –> 00:00:22,650
Polycarbonaat, ASA’s, PC-ABS legering mengsels,

9
00:00:22,650 –> 00:00:24,810
en PC/ASA legering mengsels.

10
00:00:24,810 –> 00:00:27,150
We zijn ook het meest bekend voor

11
00:00:27,150 –> 00:00:30,873
het omgaan met grote OEM’s
zoals Renault en Nissan.

12
00:00:34,860 –> 00:00:36,240

  • Dus ja, het onderwerp

13
00:00:36,240 –> 00:00:39,955
van de presentaties van vandaag
allemaal over vlamvertragers.

14
00:00:39,955 –> 00:00:43,260
Dus als een compounder,
een van de makkelijkste banen

15
00:00:43,260 –> 00:00:44,696
is gewoon pigmenten toevoegen

16
00:00:44,696 –> 00:00:48,400
bijvoorbeeld in onze
thermoplastische materialen.

17
00:00:48,400 –> 00:00:51,857
Wat sommige van de meer
spannend spul is, weet je

18
00:00:51,857 –> 00:00:56,857
geleidende additieven en of
antistatische of vlamvertragende middelen.

19
00:00:57,540 –> 00:01:01,410
Zo, dus dat is het, het onderwerp

20
00:01:01,410 –> 00:01:04,356
van de presentatie van vandaag.

21
00:01:04,356 –> 00:01:09,270
de toekomst van vlamvertragers
brandvertragers.

22
00:01:09,270 –> 00:01:12,787
We zullen misschien alleen maar
een paar van de basisprincipes

23
00:01:12,787 –> 00:01:17,787
in termen van waar we het over hebben
over brandvertragers.

24
00:01:18,415 –> 00:01:19,248
Dus vlamvertragers

25
00:01:19,248 –> 00:01:23,647
is voor ons echt proberen om
te voldoen aan de U-94 specificaties.

26
00:01:26,070 –> 00:01:30,600
Meestal zijn het V-classificaties.

27
00:01:30,600 –> 00:01:34,170
Dus dat kan van alles zijn
van een V nul of V1 of V2.

28
00:01:34,170 –> 00:01:37,020
Maar in het bijzonder, op het moment
op dit moment waar het ons betreft

29
00:01:37,020 –> 00:01:39,420
de meest voorkomende echt voor dingen

30
00:01:39,420 –> 00:01:43,650
zoals elektrische behuizingen
zijn V0 waarden.

31
00:01:43,650 –> 00:01:47,340
En meestal is het iets van
zoals 1,5 millimeter.

32
00:01:47,340 –> 00:01:50,118
En om dat V0 cijfer te halen,

33
00:01:50,118 –> 00:01:53,940
moet je echt een zelfdovend
zelfdovend deel hebben.

34
00:01:53,940 –> 00:01:56,250
Dat betekent dat het zichzelf dooft

35
00:01:56,250 –> 00:02:00,210
binnen 10 seconden en er zijn
geen brandende druppels

36
00:02:00,210 –> 00:02:03,273
voor het materiaal wanneer het,
wanneer het is ontstoken.

37
00:02:06,510 –> 00:02:07,390
Dus

38
00:02:09,030 –> 00:02:09,990
Het landschap voor

39
00:02:09,990 –> 00:02:12,723
voor brandvertragers is
op dit moment echt aan het veranderen.

40
00:02:14,100 –> 00:02:19,100
Als we kijken naar een typisch
brandvertragend ABS materiaal

41
00:02:20,589 –> 00:02:22,620
dus een heel gebruikelijk materiaal
dat je kunt hebben

42
00:02:22,620 –> 00:02:23,453
in uw eigen huis,

43
00:02:23,453 –> 00:02:27,720
wordt het vaak gevonden in
dingen zoals wasdrogers

44
00:02:27,720 –> 00:02:32,720
en andere hoge hitte, elektrische
apparaten in huis.

45
00:02:33,120 –> 00:02:37,260
Dus deze, de enige manier waarop je
een vlamvertragende ABS kunt krijgen

46
00:02:37,260 –> 00:02:39,300
om aan dit V0 voorschrift te voldoen

47
00:02:39,300 –> 00:02:43,740
op dit moment is het gebruik van
gehalogeneerde vlamvertragers te gebruiken.

48
00:02:43,740 –> 00:02:46,410
Dan weten we allemaal en kunnen we het erover eens zijn dat, ja

49
00:02:46,410 –> 00:02:49,320
we het gebruik van deze
gehalogeneerde systemen.

50
00:02:49,320 –> 00:02:52,473
Dat is, dat is de manier waarop we
moeten gaan.

51
00:02:53,940 –> 00:02:58,088
Echter, de ECHA, een
Europees chemisch agentschap zijn

52
00:02:58,088 –> 00:03:01,320
besluiten nu dat
ze gaan alleen verbieden

53
00:03:01,320 –> 00:03:05,489
ongeveer elke chemische stof die
gebruikt kan worden om dit soort

54
00:03:05,489 –> 00:03:06,963
van ABS materialen.

55
00:03:07,800 –> 00:03:09,450
Dus dat cre�ert echt een probleem

56
00:03:09,450 –> 00:03:11,866
voor de spuitgietindustrie

57
00:03:11,866 –> 00:03:14,832
en bepaalde chemische leveranciers.

58
00:03:14,832 –> 00:03:19,530
Dus de volgende stap voor
een ingenieur misschien te kijken

59
00:03:19,530 –> 00:03:23,280
naar zoiets als een FR PC/ABS

60
00:03:23,280 –> 00:03:28,003
want als je het
polycarbonaat aan het ABS mengsel hebt toegevoegd

61
00:03:28,003 –> 00:03:32,302
geef je een beetje
meer vlamvertraging,

62
00:03:32,302 –> 00:03:35,640
en dat betekent dat we
een FR PC/ABS dat voldoet aan de V

63
00:03:35,640 –> 00:03:38,625
nul regeling zonder gebruik van halogenen,

64
00:03:38,625 –> 00:03:41,250
die chemicali�n komen nu

65
00:03:41,250 –> 00:03:43,293
onder toenemende bezorgdheid.

66
00:03:45,068 –> 00:03:50,068
Dus de giftigheid is, wordt
een echt probleem voor deze

67
00:03:53,544 –> 00:03:54,377
voor zowat elke vlamvertrager

68
00:03:54,377 –> 00:03:58,443
dat wordt gebruikt in ABS en
PC/ABS op dit moment.

69
00:04:00,150 –> 00:04:03,750

  • Ja, dus dit brengt ons
    ons op de evolutie

70
00:04:03,750 –> 00:04:08,220
van brandvertragende middelen
voor zover we het zien bewegen.

71
00:04:08,220 –> 00:04:10,170
Dus begin van de onderkant links

72
00:04:10,170 –> 00:04:13,350
heb je de gebromde technologie�n

73
00:04:13,350 –> 00:04:17,590
en dat wordt vaak gebruikt in
FR ABS, die dingen bevatten

74
00:04:18,520 –> 00:04:19,353
zoals TBBA.

75
00:04:19,353 –> 00:04:21,351
Verder naar de middelste
sectie daar, de amber,

76
00:04:21,351 –> 00:04:24,933
dat is meer zoals uw FR PC/ABS
technologie�n, die meer

77
00:04:24,933 –> 00:04:29,933
van een vloeibare niet-gehalogeneerde
type FR pakket.

78
00:04:30,150 –> 00:04:31,860
En dan verder naar boven,

79
00:04:31,860 –> 00:04:33,810
dat is wat we in de toekomst beschouwen

80
00:04:34,858 –> 00:04:37,080
dat is polyfosfonaat
co-carbonaat technologie.

81
00:04:37,080 –> 00:04:38,520
En dit brengt ons op

82
00:04:38,520 –> 00:04:40,500
naar wat we gaan bespreken
een beetje later

83
00:04:40,500 –> 00:04:44,310
over hoe we iets
iets ontwikkelen om

84
00:04:44,310 –> 00:04:47,297
aan deze nieuwe standaard te voldoen
waarvan wij denken dat het de toekomst is.

85
00:04:50,280 –> 00:04:54,490

  • Dus, zoals ik al eerder zei, het ECHA is

86
00:04:55,410 –> 00:05:00,410
heeft nu al een
routekaart voor een volledig verbod

87
00:05:01,860 –> 00:05:05,193
op deze zeer giftige brandvertragers.

88
00:05:06,604 –> 00:05:08,790
U kunt deze websites zelf bezoeken

89
00:05:08,790 –> 00:05:11,220
je hebt het niet eens nodig om,
om in te loggen en te registreren.

90
00:05:11,220 –> 00:05:15,180
Jullie kunnen deze informatie
informatie voor jezelf.

91
00:05:15,180 –> 00:05:17,190
Het is niet alleen in Europa,

92
00:05:17,190 –> 00:05:20,700
deze verboden vinden plaats
in de Verenigde Staten,

93
00:05:20,700 –> 00:05:22,680
vooral in New York en Washington.

94
00:05:22,680 –> 00:05:25,770
Dat zijn ze; ze hebben nu het gebruik verboden

95
00:05:25,770 –> 00:05:27,660
van brandvertragende ABS in,

96
00:05:27,660 –> 00:05:32,499
bijvoorbeeld de TV-behuizingen, of
alle TV monitoren, TV schermen,

97
00:05:32,499 –> 00:05:37,499
ze zullen niet langer toestaan dat
brandvertragende ABS gebruiken.

98
00:05:38,100 –> 00:05:41,310
De medische industrie heeft
ook geprobeerd veel te verwijderen

99
00:05:41,310 –> 00:05:45,630
vlamvertragers te verwijderen
hun apparaten.

100
00:05:45,630 –> 00:05:48,760
En de reden daarvoor is dit nogal

101
00:05:50,010 –> 00:05:54,930
belangrijke studie die werd
gedaan door de Brunel Universiteit.

102
00:05:54,930 –> 00:05:58,860
Dus de, de chemicali�n
die gebruikt worden zijn

103
00:05:58,860 –> 00:06:01,590
hebben de neiging om uit de materialen te lekken

104
00:06:01,590 –> 00:06:06,000
en ze geven dit
probleem van hormoonontregeling

105
00:06:06,000 –> 00:06:11,000
wat eigenlijk gewoon
het verstoren van het evenwicht van de

106
00:06:11,067 –> 00:06:13,110
de hormonen in het menselijk lichaam.

107
00:06:13,110 –> 00:06:16,380
En ten tweede dat we
steeds meer

108
00:06:16,380 –> 00:06:17,380
meer bezorgd over

109
00:06:21,498 –> 00:06:22,331
(grinnikt)

110
00:06:22,331 –> 00:06:23,817

  • Ik weet niet zeker wat er
    gebeurd is met de tekst daar

111
00:06:23,817 –> 00:06:26,400
maar dit brengt ons bij het onderwerp

112
00:06:26,400 –> 00:06:28,260
van onze presentatie,
wat vlamvertragers zijn:

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00:06:28,260 –> 00:06:30,300
Een veranderend landschap.

114
00:06:30,300 –> 00:06:32,700
Dus vlamvertragers en thermoplasten,

115
00:06:32,700 –> 00:06:33,750
er zijn toenemende gezondheids

116
00:06:33,750 –> 00:06:36,420
bezorgdheid over de
giftigheid van vlamvertragers

117
00:06:36,420 –> 00:06:37,560
in polymeren.

118
00:06:37,560 –> 00:06:38,940
Zoals Richard eerder zei

119
00:06:38,940 –> 00:06:41,790
heeft het ECHA nu de
meest gebruikte vlamvertrager toegevoegd

120
00:06:41,790 –> 00:06:45,840
type verpakkingen toegevoegd aan de lijst van
hun zorgwekkende stoffen,

121
00:06:45,840 –> 00:06:47,883
bekend als de CORAP-lijst.

122
00:06:49,145 –> 00:06:52,062
(achtergrondgeluid)

123
00:06:55,050 –> 00:06:55,883

  • Zoals ik al eerder zei,

124
00:06:55,883 –> 00:06:57,630
kun je deze informatie downloaden

125
00:06:57,630 –> 00:07:00,030
je kunt; je kunt onderzoek doen
dit voor jezelf.

126
00:07:00,030 –> 00:07:04,110
Dus dit komt rechtstreeks
van de ECHA website.

127
00:07:04,110 –> 00:07:06,779
Weet je, ze, ze zijn
duidelijk hier

128
00:07:06,779 –> 00:07:10,291
dat deze verbindingen die
worden gebruikt binnen de huidige vlam

129
00:07:10,291 –> 00:07:15,270
vertragende ABS technologie
kanker veroorzaken.

130
00:07:15,270 –> 00:07:19,350
Ze zijn hardnekkig, ze
stapelen zich op in het lichaam,

131
00:07:19,350 –> 00:07:23,360
en ze worden verdacht van,
van het veroorzaken van een endocriene

132
00:07:23,360 –> 00:07:24,390
verstoring.

133
00:07:24,390 –> 00:07:28,593
Dus het zijn echt heel
giftige, vervelende chemicali�n.

134
00:07:31,200 –> 00:07:33,330

  • Dus, de natuurlijke progressie van,

135
00:07:33,330 –> 00:07:34,530
zoals we eerder vermeldden

136
00:07:34,530 –> 00:07:39,530
in de evolutie dia is FR
PC/ABS de natuurlijke evolutie

137
00:07:39,559 –> 00:07:40,923
van FR ABS technologie�n.

138
00:07:43,171 –> 00:07:44,333
Hoewel ze vergelijkbaar zijn,

139
00:07:45,528 –> 00:07:49,350
en ze zijn zeer
onder de loep voor het feit

140
00:07:49,350 –> 00:07:53,310
dat de chemicali�n
in FR PC/ABS het meest

141
00:07:53,310 –> 00:07:56,580
bekend zijn voor hormoonontregeling.

142
00:07:56,580 –> 00:08:01,110
Dus, hoewel het een
niet-gehalogeneerde vloeistof is

143
00:08:01,110 –> 00:08:03,960
van soorten, is het nu onder
onderzocht voor de endocriene

144
00:08:03,960 –> 00:08:05,975
verstorende eigenschappen.

145
00:08:05,975 –> 00:08:08,520
(achtergrondgeluid)

146
00:08:08,520 –> 00:08:13,520

  • Ja, en nogmaals, voor
    de, voor PC/ABS en PC/ASA,

147
00:08:14,670 –> 00:08:19,380
zie je de chemicali�n die
worden onderzocht, er

148
00:08:19,380 –> 00:08:22,320
weer van de ECHA website.

149
00:08:22,320 –> 00:08:26,910
Niet zo slecht als de
gehalogeneerde systemen in ABS,

150
00:08:26,910 –> 00:08:31,910
maar zelfs deze chemicali�n
veroorzaken verstoring

151
00:08:32,430 –> 00:08:34,530
in het menselijk lichaam.

152
00:08:34,530 –> 00:08:38,220
Dus we zijn nog steeds niet op een, op een geweldige plek

153
00:08:38,220 –> 00:08:41,255
en dat is waarom we geprobeerd hebben om door te gaan…

154
00:08:41,255 –> 00:08:44,640
en onze technologie uit te breiden om te proberen

155
00:08:44,640 –> 00:08:49,640
en een betere manier te vinden en
minder giftige stof om

156
00:08:50,820 –> 00:08:53,793
de vlamvertraging te krijgen die we nodig hebben.

157
00:08:55,260 –> 00:08:57,580

  • Het is niet allemaal kommer en kwel.

158
00:08:57,580 –> 00:08:58,826
(gelach)

159
00:08:58,826 –> 00:09:02,190
Introductie van Notoxicom�
superieur halogeenvrij

160
00:09:02,190 –> 00:09:06,390
vlamvertraging, niet-migrerende
chemicali�n die niet

161
00:09:06,390 –> 00:09:08,880
bioaccumuleren in het lichaam,

162
00:09:08,880 –> 00:09:10,171
en een gunstiger toxiciteitsprofiel,

163
00:09:10,171 –> 00:09:13,920
met een uitstekende balans van thermische

164
00:09:13,920 –> 00:09:16,953
en mechanische eigenschappen
met lichtgewicht in winst.

165
00:09:18,488 –> 00:09:20,940
(achtergrondgeluiden)

166
00:09:20,940 –> 00:09:21,773

  • Je weet wel,

167
00:09:21,773 –> 00:09:26,773
Notoxicom� is een handelsnaam
die we hebben geregistreerd voor

168
00:09:26,820 –> 00:09:30,973
voor dit product en, en
wat we in principe doen is

169
00:09:30,973 –> 00:09:34,833
dit polymeer genaamd
Polyfosfaat co carbonaat

170
00:09:37,191 –> 00:09:41,580
wat inherent vlamvertragend
vertragend materiaal, mengen

171
00:09:41,580 –> 00:09:45,180
in onze bestaande
PC/ABS formuleringen om

172
00:09:45,180 –> 00:09:50,180
een echt goede vlamvertragende
vlamvertragende PC/ABS te maken die, ja…

173
00:09:52,200 –> 00:09:54,750
geen invloed heeft op het menselijk lichaam.

174
00:09:54,750 –> 00:09:57,420
Het is, het is een van de
laagste toxiciteit soorten

175
00:09:57,420 –> 00:10:02,288
van materialen die we kunnen
gebruiken en het is, het is echt een

176
00:10:02,288 –> 00:10:03,798
een spel van proberen om

177
00:10:03,798 –> 00:10:08,100
proberen de prestaties te evenaren
van de bestaande technologie

178
00:10:08,100 –> 00:10:12,303
zonder al deze
giftige gezondheidsproblemen.

179
00:10:14,910 –> 00:10:17,580
Dus deze grafiek is een beetje
beetje ingewikkeld, maar

180
00:10:17,580 –> 00:10:21,150
aan de rechterkant is,
je weet wel, de gehalogeneerde

181
00:10:21,150 –> 00:10:24,270
brandvertragende systemen die
waarvan we proberen af te stappen.

182
00:10:24,270 –> 00:10:26,910
Aan de linkerkant staat deze fosfor

183
00:10:26,910 –> 00:10:31,649
gebaseerde technologie die veel minder giftig is

184
00:10:31,649 –> 00:10:33,660
maar vooral linksboven

185
00:10:33,660 –> 00:10:36,060
wat we proberen te doen
is gewoon naar dat gebied gaan,

186
00:10:36,060 –> 00:10:41,060
waar we niet alleen een
fosfor brandvertragend systeem hebben,

187
00:10:41,220 –> 00:10:44,653
maar een op polymeren gebaseerd systeem.

188
00:10:44,653 –> 00:10:47,100
Dus de chemicali�n van de, deze

189
00:10:47,100 –> 00:10:49,850
zijn gebonden in een polymeermatrix,

190
00:10:52,250 –> 00:10:55,473
is het veel minder in staat om
uit het gastheerplastic te migreren.

191
00:10:56,310 –> 00:10:59,853
Het is veel minder giftig, stapelt niet
stapelt zich niet op in het lichaam,

192
00:11:01,020 –> 00:11:03,480
maar nog steeds zeer gemakkelijk te verwerken

193
00:11:03,480 –> 00:11:06,153
in termen van spuitgieten
spuitgieten of extrusie.

194
00:11:07,470 –> 00:11:09,240

  • Dus nu gaan we gewoon

195
00:11:09,240 –> 00:11:11,280
naar een beetje informatie,

196
00:11:11,280 –> 00:11:13,953
over rookinhalatie statistieken.

197
00:11:15,561 –> 00:11:17,010
Dus de nummer ��n doodsoorzaak

198
00:11:17,010 –> 00:11:21,030
binnen een brand is rook
inhalatie met een geschatte

199
00:11:21,030 –> 00:11:26,010
50% tot 80% van alle sterfgevallen
direct verbonden met de inname

200
00:11:26,010 –> 00:11:26,952
van rook.

201
00:11:26,952 –> 00:11:29,730
In voldoende hoge concentraties,

202
00:11:29,730 –> 00:11:31,770
rook gevaarlijke gezondheidstoestanden

203
00:11:31,770 –> 00:11:33,333
voor mensen die eraan worden blootgesteld.

204
00:11:35,138 –> 00:11:38,055
(achtergrondgeluid)

205
00:11:39,420 –> 00:11:42,879
Dus dit is mooi afgerond
door deze dia hier,

206
00:11:42,879 –> 00:11:46,170
die Notoxicom� voorstelt die wordt getest

207
00:11:46,170 –> 00:11:51,170
onder strenge luchtvaart testen
voor gebruik in vliegtuigen.

208
00:11:51,840 –> 00:11:56,840
Dus zoals je kunt zien aan de
onderkant van de, de grafiek daar,

209
00:11:57,150 –> 00:12:00,050
onderkant van in het naast de
groene vakje met het ja erin,

210
00:12:01,458 –> 00:12:03,330
Notoxicom� zit ruim onder
de minimale vereisten

211
00:12:03,330 –> 00:12:06,060
die nodig zijn om strenge luchtvaarttests te doorstaan.

212
00:12:06,060 –> 00:12:09,963
Dit is als een laag rook
toxiciteit testrapport.

213
00:12:10,950 –> 00:12:13,400
Wat laat zien dat het ruim
onder wat nodig is.

214
00:12:15,300 –> 00:12:20,100

  • Dus niet alleen is de
    rook minder giftig als de

215
00:12:20,100 –> 00:12:24,513
wanneer het product in contact komt
in contact komt met een vlam,

216
00:12:25,590 –> 00:12:30,590
vonden we ook dat we
geen warmtedaling hebben

217
00:12:31,920 –> 00:12:35,430
en sterkte prestaties van
van het PC/ABS materiaal.

218
00:12:35,430 –> 00:12:37,920
Dus heel vaak, als je
de chemicali�n toevoegt aan

219
00:12:37,920 –> 00:12:40,560
de vlamvertraging te verbeteren
zodat je een daling krijgt, weet je

220
00:12:40,560 –> 00:12:44,510
de warmte of sterkte van
van de polymeermatrix.

221
00:12:47,010 –> 00:12:50,460
We hebben ook ontdekt dat we
een iets lagere dichtheid kunnen bieden.

222
00:12:50,460 –> 00:12:54,900
Dus dit, omdat het gewoon een polymere mix is,

223
00:12:54,900 –> 00:12:57,810
heeft het geen hoge dichtheid…

224
00:12:57,810 –> 00:12:59,883
brandvertragende chemicali�n.

225
00:13:01,590 –> 00:13:04,500
Verwerkingsrookjes of vormers
vertellen die, je weet wel

226
00:13:04,500 –> 00:13:06,742
dat het spul niet stinkt.

227
00:13:06,742 –> 00:13:10,950
Als iemand ooit
een FR ABS heeft verwerkt

228
00:13:10,950 –> 00:13:14,130
en het misschien te lang in de
in het vat voor te lang.

229
00:13:14,130 –> 00:13:16,860
Je weet zeker
het, het ruikt behoorlijk,

230
00:13:16,860 –> 00:13:18,060
behoorlijk slecht.

231
00:13:18,060 –> 00:13:22,440
Maar we hebben zeer weinig dampen
als we aan het verwerken zijn.

232
00:13:22,440 –> 00:13:24,814
Zoals James al zei, hebben we ook

233
00:13:24,814 –> 00:13:28,650
met ABD-0031 vliegtuigtest,

234
00:13:28,650 –> 00:13:33,650
die zeer streng is,
brand rook en toxiciteit test.

235
00:13:35,276 –> 00:13:37,800
En het is ook officieel genoteerd,

236
00:13:37,800 –> 00:13:40,500
op de ChemSec website zoals je weet

237
00:13:40,500 –> 00:13:45,500
levensvatbaar alternatief voor
bestaande FR PC/ABS materialen.

238
00:13:49,590 –> 00:13:53,703

  • Dit is dus een voorbeeld van een
    huidige klant van Notoxicom�.

239
00:13:54,735 –> 00:13:59,040
Dus de product manager,
Martin Zilvold is erg blij

240
00:13:59,040 –> 00:14:01,410
met de groenere
van het materiaal.

241
00:14:01,410 –> 00:14:04,725
Een daarvan is het feit
dat ze in staat zijn geweest om

242
00:14:04,725 –> 00:14:08,580
een van de ‘hot runners’ te laten vallen
binnen hun gietsysteem.

243
00:14:08,580 –> 00:14:10,950
Dus dit materiaal loopt echt goed

244
00:14:10,950 –> 00:14:15,121
met ��n ‘hot runner’, en ja.

245
00:14:15,121 –> 00:14:18,375
En dit is een lithium ijzer
batterij, dat moet ik vermelden.

246
00:14:18,375 –> 00:14:20,542
(grinnikt)

247
00:14:24,367 –> 00:14:26,370

  • Dus er is een QR code die je kunt gebruiken,

248
00:14:26,370 –> 00:14:28,350
moet kunnen scannen
dat, en je kunt direct

249
00:14:28,350 –> 00:14:30,960
toegang krijgen tot het gegevensblad.

250
00:14:30,960 –> 00:14:34,119
Dus B6000 is gewoon onze naam.

251
00:14:34,119 –> 00:14:37,825
voor deze specifieke
vlamvertrager, PC/ABS.

252
00:14:37,825 –> 00:14:40,174
Maar in het algemeen, weet je

253
00:14:40,174 –> 00:14:43,080
hebben we een echt goed
afgerond eigendomsprofiel.

254
00:14:43,080 –> 00:14:44,130
Het heeft een goede doorstroming,

255
00:14:44,130 –> 00:14:47,250
het verwerkt goed. Warmte prestaties

256
00:14:47,250 –> 00:14:48,720
en impact zijn vergelijkbaar

257
00:14:48,720 –> 00:14:53,720
met de bestaande, meer giftige
brandvertragende materialen.

258
00:14:56,850 –> 00:14:57,683
We hebben de,

259
00:14:57,683 –> 00:15:02,490
de V0 rating, gaat
tot 0,8 millimeter.

260
00:15:02,490 –> 00:15:06,240
Goede gloeidraad brandbaarheid 960 �C.

261
00:15:06,240 –> 00:15:08,880
Dus nogmaals, dingen als
elektrisch ingesloten zou zijn,

262
00:15:08,880 –> 00:15:11,310
typisch dit soort dingen nodig hebben

263
00:15:11,310 –> 00:15:15,363
van hitte en ontvlambaarheid specificaties.

264
00:15:16,230 –> 00:15:18,003
Lichte dichtheidsbesparing,

265
00:15:18,930 –> 00:15:22,653
maar weet je, over het algemeen zijn
echt goed afgerond product.

266
00:15:25,320 –> 00:15:29,310

  • Dus Notoxicom� B6000 werd getest

267
00:15:29,310 –> 00:15:31,500
onder laboratoriumomstandigheden
om te zien hoe het zich verhoudt

268
00:15:31,500 –> 00:15:34,240
met standaard FR PC/ABS technologie�n

269
00:15:36,461 –> 00:15:39,143
onder zowel gloeidraad als
vergelijkende indexering.

270
00:15:40,800 –> 00:15:44,610
Uit de gegevens blijkt dat
Notoxicom� B6000 overeenkomt

271
00:15:44,610 –> 00:15:49,610
en het was vergelijkbaar met een
standaard FR PC/ABS technologie.

272
00:15:50,957 –> 00:15:52,830
Als ik u naar deze dia hier breng,

273
00:15:52,830 –> 00:15:55,230
kun je het soort verschil zien

274
00:15:55,230 –> 00:15:58,350
in de manier waarop het materiaal
reageert tijdens het testen.

275
00:15:58,350 –> 00:16:01,320
Dus aan de linkerkant staan ruwe monsters.

276
00:16:01,320 –> 00:16:03,060
Aan de rechterkant, op de verste

277
00:16:03,060 –> 00:16:04,823
naar rechts is Notoxicom� B6000.

278
00:16:05,660 –> 00:16:10,410
Degene ernaast, is de
standaard FR PC/ABS technologie.

279
00:16:10,410 –> 00:16:12,270
Zoals je kunt zien aan voorbeeld ��n

280
00:16:12,270 –> 00:16:15,120
aan de rechterkant, heeft veel minder
dan de volgende.

281
00:16:15,120 –> 00:16:18,660
en dit komt door
de polymere formule die

282
00:16:18,660 –> 00:16:20,710
zoals het hoort, door als blokkeerder op te treden.

283
00:16:23,550 –> 00:16:27,630

  • Dus deze grafiek is gewoon
    praten over recycling nu

284
00:16:27,630 –> 00:16:32,280
Het is duidelijk dat recycling
steeds belangrijker.

285
00:16:32,280 –> 00:16:34,920
Dus waar we naar kijken
hier is, in het bijzonder,

286
00:16:34,920 –> 00:16:38,520
de impact prestaties na recycling.

287
00:16:38,520 –> 00:16:43,520
Dit is het nemen van het materiaal
en dan 100% recycling.

288
00:16:44,220 –> 00:16:46,140
Het neemt een heleboel

289
00:16:46,140 –> 00:16:49,380
opnieuw op, opnieuw verwerken.

290
00:16:49,380 –> 00:16:52,350
Dus ons materiaal is van top.

291
00:16:52,350 –> 00:16:56,580
Het middelste en het onderste
paar staven zijn het meest

292
00:16:56,580 –> 00:17:01,580
gemeenschappelijk alternatief
PC/ABS materialen die

293
00:17:02,730 –> 00:17:04,920
PC/ABS vlamvertragende additieven

294
00:17:04,920 –> 00:17:06,660
die momenteel worden gebruikt.

295
00:17:06,660 –> 00:17:10,113
En je kunt zien dat de,
de groene balk is waar we,

296
00:17:12,060 –> 00:17:14,190
sorry, de grijze balk is waar we beginnen.

297
00:17:14,190 –> 00:17:16,375
We verliezen een beetje
na ��n passage van de

298
00:17:16,375 –> 00:17:19,020
de recycling, dat is wat
de groene lijn laat zien

299
00:17:19,020 –> 00:17:19,853
je daar.

300
00:17:19,853 –> 00:17:22,980
Maar het was nog steeds in een
betere positie dan de,

301
00:17:22,980 –> 00:17:27,980
de alternatieve, meer giftige alternatieven.

302
00:17:29,790 –> 00:17:34,790

  • Dus deze hier vertegenwoordigt
    de vlamvertraging

303
00:17:34,920 –> 00:17:38,100
na een recycling fysieke test.

304
00:17:38,100 –> 00:17:42,600
Dus de, als ik uw aandacht vestig
op RDP BPA DP,

305
00:17:42,600 –> 00:17:46,590
kunt u zien dat beide
van deze, geteste monsters

306
00:17:46,590 –> 00:17:49,860
beide een aanzienlijke hoeveelheid
vlamvertraging verliezen,

307
00:17:49,860 –> 00:17:51,360
na het testen.

308
00:17:51,360 –> 00:17:52,620
En dit komt door het feit

309
00:17:52,620 –> 00:17:55,560
dat het polymeer het
additief heeft dat

310
00:17:55,560 –> 00:17:56,940
na de recycling,

311
00:17:56,940 –> 00:18:00,780
en daarom beginnen ze
hun kracht verliezen na verloop van tijd.

312
00:18:00,780 –> 00:18:03,690
Zoals je kunt zien, voor
B6000, is het V0 om te beginnen.

313
00:18:03,690 –> 00:18:06,570
en dan is het V0
na de test.

314
00:18:06,570 –> 00:18:08,760
En dat komt neer op de polymere formule

315
00:18:08,760 –> 00:18:11,580
zonder toevoegingen,
wat betekent dat het niet kan verliezen

316
00:18:11,580 –> 00:18:15,993
zijn vlamvertraging in de tijd
na verloop van tijd, het is zelfdovend.

317
00:18:19,140 –> 00:18:20,643
En hier is een video.

318
00:18:25,200 –> 00:18:26,053
Oh,

319
00:18:30,780 –> 00:18:31,813
Bedankt.

320
00:18:31,813 –> 00:18:34,358
(James lacht)

321
00:18:34,358 –> 00:18:37,275
(achtergrondgeluiden)

322
00:18:50,730 –> 00:18:51,563
Prachtig.

323
00:18:51,563 –> 00:18:55,383
Dus het monster aan de linkerkant
is een standaard ABS polymeer.

324
00:18:56,400 –> 00:19:00,150
Het rechter monster is
een standaard FR ABS polymeer.

325
00:19:00,150 –> 00:19:03,480
En het monster in het
het midden is onze Notoxicon,

326
00:19:03,480 –> 00:19:06,180
wat momenteel
een zwart monster is.

327
00:19:06,180 –> 00:19:07,500
Maar je krijgt het idee

328
00:19:07,500 –> 00:19:09,460
dat het materiaal zelfdovend is

329
00:19:10,301 –> 00:19:14,065
en laat de vlam gewoon
hoger op het monster.

330
00:19:14,065 –> 00:19:15,750
Dus rechts zie je
de grafiek die beweegt

331
00:19:15,750 –> 00:19:18,930
het monster aan de rechterkant
rechts, en je kunt ook zien

332
00:19:18,930 –> 00:19:21,800
de zwarte rook van de FR ABS komt.

333
00:19:23,101 –> 00:19:25,271
En het monster in het midden,

334
00:19:25,271 –> 00:19:26,490
de Notoxicom�,

335
00:19:26,490 –> 00:19:27,630
is de rook een stuk schoner,

336
00:19:27,630 –> 00:19:28,830
het is een beetje witter.

337
00:19:31,020 –> 00:19:32,572
En het trekt gewoon iets in.

338
00:19:32,572 –> 00:19:33,540
(James lacht)

339
00:19:33,540 –> 00:19:35,390
Omdat het zelfdovend materiaal is.

340
00:19:42,855 –> 00:19:44,910

  • Als je ons terug kunt brengen naar
    de presentatie, bedankt.

341
00:19:44,910 –> 00:19:45,743

  • Bedankt.

342
00:19:48,360 –> 00:19:52,125
Interessante selectie van vervolgvideo’s.

343
00:19:52,125 –> 00:19:55,042
(achtergrondgeluiden)

344
00:19:57,840 –> 00:20:02,840

  • Ja, dus gewoon om, om
    samen te vatten en zo, chemicali�n

345
00:20:02,891 –> 00:20:05,730
zoals TBBA zijn, zijn wat
momenteel gebruikt om de,

346
00:20:05,730 –> 00:20:08,670
de vlamvertraging in ABS op dit moment.

347
00:20:08,670 –> 00:20:12,690
Ja, de ECHA stelt in de VS zijn, zijn,

348
00:20:12,690 –> 00:20:15,480
beginnen deze materialen nu te verbieden.

349
00:20:15,480 –> 00:20:19,830
Dus als je erover denkt om
om over te stappen op FR PC/ABS,

350
00:20:19,830 –> 00:20:21,540
ja, dat is een betere situatie.

351
00:20:21,540 –> 00:20:26,250
Maar zoals je kunt zien
die technologie�n komen eraan

352
00:20:26,250 –> 00:20:28,336
onder toenemende controle

353
00:20:28,336 –> 00:20:32,700
en worden meer en meer
steeds meer onderzocht

354
00:20:32,700 –> 00:20:36,813
voor hormoonverstoring
en zijn behoorlijk giftig.

355
00:20:37,800 –> 00:20:39,240
Dus we, we voelen echt

356
00:20:39,240 –> 00:20:42,663
alsof deze polyfosfaat
co carbonaat technologie is,

357
00:20:43,520 –> 00:20:44,353
de toekomst is.

358
00:20:44,353 –> 00:20:46,440
Dus het is veel minder giftig.

359
00:20:46,440 –> 00:20:50,520
We kunnen aan alle gebruikelijke gevolgen voldoen,

360
00:20:50,520 –> 00:20:55,260
FR stroom soort vormen kenmerken.

361
00:20:55,260 –> 00:20:59,160
Om dit echt mooie
afgeronde eigenschappenprofiel voor

362
00:20:59,160 –> 00:21:00,513
FR PC/ABS materiaal.

363
00:21:01,355 –> 00:21:04,272
(achtergrondgeluid)

364
00:21:06,120 –> 00:21:08,410

  • Dus laten we samen het gesprek beginnen

365
00:21:09,259 –> 00:21:10,509
met hangende wetgeving.

366
00:21:11,670 –> 00:21:14,220
Heeft u plannen voor een groenere toekomst?

367
00:21:14,220 –> 00:21:16,260
Er zijn echte alternatieven,

368
00:21:16,260 –> 00:21:18,660
echte alternatieve oplossingen beschikbaar,

369
00:21:18,660 –> 00:21:21,393
en we zijn klaar om uw toekomstige
uw toekomstige ontwikkelingen.

370
00:21:27,360 –> 00:21:31,161
We zouden graag een seconde willen nemen,
om onze partners te bedanken.

371
00:21:31,161 –> 00:21:35,062
Dus we moeten ons PCL team bedanken, FRX.

372
00:21:35,062 –> 00:21:37,320
Enkele speciale vermeldingen zijn FRX Innovations,

373
00:21:37,320 –> 00:21:39,458
die daar links staan.

374
00:21:39,458 –> 00:21:42,990
We hebben Super B, Kedu Polymers,
die momenteel hier is

375
00:21:42,990 –> 00:21:46,110
met vandaag op Stand 351.

376
00:21:46,110 –> 00:21:47,310
Intertech, die hielp

377
00:21:47,310 –> 00:21:49,680
met veel van de ontwikkelingstesten.

378
00:21:49,680 –> 00:21:54,540
En natuurlijk, Klein Mechaniek
BV, die hier vandaag ook aanwezig zijn.

379
00:21:54,540 –> 00:21:56,730
En zij hebben ons geholpen

380
00:21:56,730 –> 00:22:00,153
met het spuitgieten
aspect van de Notoxicom� B6000.

381
00:22:03,210 –> 00:22:04,810

  • Ja, dus nogmaals bedankt.

382
00:22:10,028 –> 00:22:15,028

  • Dank u, heren.

383
00:22:15,217 –> 00:22:16,967
Dank u voor uw…

384
00:22:17,995 –> 00:22:19,493
Uw aandacht hier.

385
00:22:19,493 –> 00:22:23,200
Ik, ik neem aan dat de
presentatie beschikbaar is

386
00:22:23,200 –> 00:22:25,623
op de site van het microcentrum?

387
00:22:26,466 –> 00:22:27,299

  • Ja.

388
00:22:27,299 –> 00:22:30,660

  • Je hebt foto’s gemaakt. Het is
    ook beschikbaar op de site

389
00:22:30,660 –> 00:22:32,040
van het microcentrum.

390
00:22:32,040 –> 00:22:33,243
Ja. Cool.

391
00:22:34,140 –> 00:22:35,610
Bedankt.

392
00:22:35,610 –> 00:22:38,494
We zijn een beetje laat voor
de volgende, maar ik moet je bedanken

393
00:22:38,494 –> 00:22:39,952
je

394
00:22:39,952 –> 00:22:40,952

  • Bedankt.

395
00:22:41,926 –> 00:22:46,926

  • Ik heb een
    vraag…

396
00:22:49,359 –> 00:22:52,859
(achtergrondgeluid begint)

397
00:22:54,742 –> 00:22:56,848

  • Het komt wel goed met ons.

398
00:22:56,848 –> 00:22:59,098
(gelach)

399
00:22:59,933 –> 00:23:03,683
(achtergrondgeluiden gaan door)


About Kunststoffenbeurs 2022

What is Kunststoffenbeurs? The Kunststoffenbeurs is the most important trade fair for the plastics and rubber chain in the Benelux, focusing on professionals working throughout the plastics and rubber chain. Examples include Buyers, Product designers, Manufacturers, Engineers, Chemical technologists, R&D employees, Mold designers, Injection moulders, Work planners, (Technical) directors and managers.

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