Name: MATRIX 207
Brand: TUBALL
Rating: 5 (6 reviews)

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<p>Veuillez décrire votre demande ci-dessous et nous vous aiderons à sélectionner une solution de nanotubes de graphène pour votre matériau ou votre application.</p>

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NANOTUBES

MATRIX

PRODUITS

MATERIAUX

APPLICATIONS

SANTÉ ET SÉCURITÉ

CONTACTS

Coatings

Peintures et revêtements

Composites

Résines et composites

<p>Assurance de la conductivité électrique constante et uniforme sans “hot spots”</p>

Conductivité

<p>Propriétés antistatiques indépendantes de l'humidité</p>

Caractéristiques permanentes

<p>Maintien et même amélioration des propriétés mécaniques</p>

Propriétés mécaniques

<p>Coloration de la résine époxy grâce à de faibles concentrations d'additifs et à un effet gris minimal</p>

Flexibilité en termes de couleurs

<p>Impact minimal sur la densité, la viscosité et d'autres caractéristiques rhéologiques du matériau</p>

Conservation de la viscosité

<p>Formule de pré-dispersion permettant l'utilisation d'équipements de production standard</p>

Facilité d'application

<p>TUBALL™ pour le revêtement de sol époxy</p>

PRODUIT

<ul><li>Gammes dissipative (10<sup>7</sup>–10<sup>9</sup> Ω) et conductrice d’électricité (10<sup>5</sup><wtf>–</wtf>10<sup>6</sup> Ω)</li><li>Niveau de résistivité permanent et stable</li><li>Couleurs différente</li></ul>

EXIGENCES

<p>Remplacement de 3 à 6% en poids de fibres de carbone comme additif conducteur d'électricité par 0,05–0,15% en poids TUBALL™ MATRIX 301* (concentré des nanotubes de carbone à paroi unique TUBALL™)</p>

SOLUTIONS TUBALL™

<ul><li>Niveau de résistivité permanent et stable pour les sols dissipatif et conducteur d'électricité sans zones non-conductrice ou présentant une conductivité non-homogène</li><li>Niveau de résistivité ne dépend pas de l’humidité</li><li>Large gamme des couleurs disponible</li></ul>

AVANTAGES

TUBALL™ pour le revêtement de sol époxy

Revêtement de sol époxy

<p>Revêtement antistatique de type lining pour les réservoirs de liquides inflammables</p>

<ul><li>Résistivité volumique spécifique<br>10<sup>5</sup>–10<sup>9</sup> Ω/carré</li><li>Niveau de résistivité spécifique permanent et stable</li></ul>

<p>Remplacement de 20 à 30% en poids de mica conducteur d'électricité dans le système époxy par 0,3% en poids de TUBALL™ MATRIX 201* (concentré des nanotubes de carbone à paroi unique TUBALL™)</p>

SOLUTION

<ul><li>Niveau stable de résistivité volumique spécifique 10<sup>6</sup>–10<sup>7</sup> Ω/carré</li><li>Manipulation facile</li><li>Réduction des couts</li></ul>

TUBALL™ pour le revêtement de type lining des réservoirs

Revêtement de type lining des réservoirs

<p>Pipelines antistatiques en fibre de verre époxy pour les liquides inflammables</p>

<ul><li>Résistivité volumique spécifique<br>10<sup>5</sup>–10<sup>6</sup> Ω∙cm</li><li>Niveau de résistivité spécifique permanent et stable</li></ul>

<p>Remplacement de 4% en poids du noir de carbone comme additif conducteur d'électricité par 0,2% en poids TUBALL™ MATRIX 201* (concentré des nanotubes de carbone à paroi unique TUBALL™)</p>

<ul><li>Niveau de résistivité spécifique volumique et en surface permanent et stable sans zones non-conductrice ou présentant une conductivité non-homogène</li><li>Niveau de résistivité spécifique ne dépend pas de l’humidité</li><li>Production propre sans poussière du noir de carbone</li><li>Pas besoin d’application de couleur conductrice d'électricité</li><li>Niveau admissible de pression hydraulique est augmenté de 15%</li></ul>

TUBALL™ pour les tuyeaux en fibre de verre

Tuyeaux en fibre de verre

<p>Additif conducteur d’électricité à base de plastifiant (du groupe des esters glycidyliques simples) pour composés epoxy et revêtements sans solvant, n'affectant pas négativement la couleur et les propriétés mécaniques du matériau</p>

TDS TUBALL MATRIX 207 ENG V10.PDF

TDS TUBALL MATRIX 207 ZHO V10.PDF

TUBALL MATRIX 200X 300X PROCESSING GUIDELINES ENG V04.PDF

TUBALL MATRIX 200X 300X PROCESSING GUIDELINES ZHO V04.PDF

TUBALL MATRIX 200X 300X PROCESSING KEY POINTS ENG V03.PDF

Bidon

0.4 l (jusqu’à 100 g)

0,6 l (jusqu’à 250 g)

Seau

Baril

20 l (jusqu’à 10 kg)

Additif conducteur d’électricité à base de plastifiant (du groupe des esters glycidyliques simples) pour composés époxy et revêtements sans solvant

MATRIX 207

Assurance de la conductivité électrique constante et uniforme sans “hot spots”

Propriétés antistatiques indépendantes de l'humidité

Maintien et même amélioration des propriétés mécaniques

Coloration de la résine époxy grâce à de faibles concentrations d'additifs et à un effet gris minimal

Impact minimal sur la densité, la viscosité et d'autres caractéristiques rhéologiques du matériau

Formule de pré-dispersion permettant l'utilisation d'équipements de production standard

Cables

Cable Trays

Epoxy

Fiberglass

Floorings

Gratings

Lining-coating

Paints

Pipes

Printing Rollers

Composite

Coating

Petrochemical

Healthcare

Pharmaceutical

Electronics

CleanRoom

Marine

Primers

Rollers

Sports

Tray

Cable

ESDProtection

ESDFlooring

AntistaticFlooring

LiningCoatings

TankLining

LiningCoating

PrintingRollers

FiberglassTanks

WindTurbine

GFRPPipes

TankCoating

EpoxyFloor

Oil&Gas

FRPCableTrays

ESDPaints

FRPGratings

FRPCablesTrays

2 µm

10 µm

20 µm

Résines époxydes conductrices d'électricité: 0,01% de nanotubes de graphène / SWCNT offre ESD, maintien durabilité et couleur. Surpasse le noir de carbone, la fibre de carbone et les sels d'amonium.

Résine époxy conductrice d'électricité: Agent antistatique pour la durabilité et le maintien de la couleur

Agent antistatique pour les résines époxydes conductrices d'électricité avec la conservation de la résistance à l'abrasion et des caractéristiques de la couleur

Résine époxy

In Epoxy

Additif-ESD pour la résine époxy non solvantée 0,1% de nanotubes de graphène / nanotubes de carbone mono-feuillet pour une conductivité constante et une résistance à l'abrasion et une couleur améliorées.

Agent antistatique pour résine époxy non solvantée

[#DidYouKnow❓] Up to 70% lighter than steel and with excellent strength-to-weight ratios, fiber-reinforced plastics have a lifespan of at least 20–25 years due to corrosion resistance and UV stability. 💡 This material is gaining popularity in construction, particularly for applications like gratings. However, in ATEX areas, anti-static properties are required. ⚠️ Conductive gratings with graphene nanotubes prevent unwanted static electricity buildup while maintaining standard FRP advantages. Compatible with various manufacturing technologies, these nanotubes enhance worker safety.

Learn more on nanotubes for fiberglass reinforced composites: https://tuball.com/nanotubes-for/conductive-composites?utm_source=Facebook&utm_medium=Didyouknow&utm_campaign=Dec+14 

#FRP #gratings #plastics #composites

[#DidYouKnow❓] Up to 70% lighter than steel and with excellent strength-to-weight ratios, fiber-reinforced plastics have a lifespan of at least 20–25 years due to corrosion resistance and UV stability

Cleanrooms use electrostatic dissipative equipment whenever possible, including gloves for workers. Graphene nanotubes are a superior solution for latex gloves to reach the stable resistivity required by the EN 16350 standard without any changes in the production process. Request a sample: https://tuball.com/additives/latex?utm_source=Facebook&utm_campaign=LatexCaseFeb2023

#CleanRoom #AntistaticGloves #GrapheneNanotubes

Cleanrooms use electrostatic dissipative equipment whenever possible, including gloves for workers

Fiberglass #gratings enhanced with graphene #nanotubes are used for applications where electrical conductivity is required due to a risk of ignition. These gratings ensure additional safety for workers by combining anti-static properties with corrosion resistance and decreased weight.
#thermosets #composites #FRP #gratings
Learn more on graphene nanotubes for thermoset composites:
https://tuball.com/nanotubes-for/conductive-composites?utm_source=LinkedIn&utm_campaign=Case+post_FRP+gratings

Fiberglass #gratings enhanced with graphene #nanotubes are used for applications where electrical conductivity is required due to a risk of ignition

What could be more important than health? To diagnose and properly treat disease, we need to improve the efficiency and comfort of electronic healthcare devices. TUBALL graphene nanotubes make it possible to create new highly flexible, soft, conductive, high-performance silicone electrodes, sensors, and electronic impulse devices. 
https://ocsial.com/news/silicone-electrodes-with-graphene-nanotubes-upgrade-healthcare-devices/
#GrapheneNanotubes #Healthcare #Silicone #Tuball

What could be more important than health? To diagnose and properly treat disease, we need to improve the efficiency and comfort of electronic healthcare devices

Advances for the printing industry have arrived! Better, faster printing could be achieved thanks to new sleeves with graphene nanotubes. How does it work? Learn more here https://ocsial.com/news/better-faster-printing-could-be-achieved-thanks-to-new-sleeves-with-graphene-nanotubes/?utm_source=Facebook&utm_campaign=Printing_solutions_Press_release
#GrapheneNanotubes #Printing #Composite #Tuball

Advances for the printing industry have arrived! Better, faster printing could be achieved thanks to new sleeves with graphene nanotubes

From car primers to residential heated paints, from powder coatings to ESD floors—coatings require electrical conductivity. Just 0.02% graphene nanotubes in your coating provides an otherwise unachievable set of properties: conductivity, color, and good mechanical performance. Find your targeted material and request a sample of nanotubes here: https://tuball.com/nanotubes-in?utm_source=Facebook&utm_campaign=GNTinCoatingsVideo

#GrapheneNanotubes #Coatings #PowderCoating #Primer #AntistaticFlooring #ConductiveAgent

From car primers to residential heated paints, from powder coatings to ESD floors—coatings require electrical conductivity

How can you enhance the performance of high-end floors and surfaces? That was the topic at OCSiAl’s technical workshop with CONICA, the sports flooring market leader in Europe and expert in other surfaces, and Swiss distributor C.H. Erbslöh. Vladimir Kravchenko and Hendrik Janssen discussed live in the laboratory the advantages of graphene nanotubes over liquid agents and carbon black in epoxy and polyurethane systems, such as stable, uniform resistivity with good mechanical performance, and maintained original rheology.

#Conica #Flooring #Nanotechnology #Nanotubes #Epoxy #PU

How can you enhance the performance of high-end floors and surfaces? That was the topic at OCSiAl’s technical workshop with CONICA, the sports flooring market leader in Europe and expert in other surfaces, and Swiss distributor C

Composites with reduced weight, electrical conductivity, extended durability, and color are now possible thanks to graphene nanotubes. Join Roberto De Simone for free at Composites United e.V. #Webseminar Wednesday and learn more on the new possibilities for your sustainable business! https://composites-united.com/en/events/webseminar-wednesday-conductivity-durability-and-reduced-weight-in-composites-with-graphene-nanotubes/
#Webinar #Nanotubes #Lightweight #Composite

Composites with reduced weight, electrical conductivity, extended durability, and color are now possible thanks to graphene nanotubes

A new conductive acrylic primer with graphene nanotubes – a joint development of Turkey’s Kanat Boya and OCSiAl. The primer allows for a more efficient topcoat on polypropylene and SMC plastic parts such as car bumpers and fenders. Read more at https://ocsial.com/news/primers-with-graphene-nanotubes-offer-a-new-solution-for-electrostatic-painting-of-automotive-parts/
#Nanotubes #Primers #AutomotiveParts #AutomotiveCoatings #CNT

A new conductive acrylic primer with graphene nanotubes – a joint development of Turkey’s Kanat Boya and OCSiAl

Powder coating can be a viable alternative to liquid painting on FRP parts! It's possible thanks to a new conductive gelcoat with graphene nanotubes. The benefits include uniform coating of all parts, flexibility in color effects, chemical resistance and ease of processing. Find out more about this joint project by TIGER Coatings, #BÜFACompositeSystems and OCSiAl https://ocsial.com/news/expanding-the-freedom-of-design-powder-coating-on-frp-thanks-to-conductive-gelcoats-with-graphene-nanotubes/ 
#Nanotubes #PowderCoating #Gelcoat #FRP

Powder coating can be a viable alternative to liquid painting on FRP parts! It's possible thanks to a new conductive gelcoat with graphene nanotubes

Graphene nanotubes offer a number of unique properties, but how do you use those properties to enhance your materials? How can you maximize the benefit? Евгения Павлушкова explores a line of industry-friendly concentrates and suspensions with well-dispersed nanotubes for various commonly used industry formulations. Join the journey! https://youtu.be/-xrUvQ2FAGw 
Learn more: https://tuball.com/en/additives/?utm_source=FBPS&utm_campaign=ProductLine 
#TUBALL #Nanotubes #Manufacturing #AutomotiveIndustry #Batteries #Plastics #Flooring #Composites #Coating #Thermoplastics #Polyethylene #Polyurethane #PowderCoating

Graphene nanotubes offer a number of unique properties, but how do you use those properties to enhance your materials? How can you maximize the benefit? Евгения Павлушкова explores a line of industry-friendly concentrates and suspensions with well-dispersed nanotubes for various commonly used industry formulations

To achieve a smooth surface on car paintwork and at the same time minimize consumption of the finish coating, automotive parts need a conductive primer. How can you cut costs for coating and obtain a light-colored conductive primer using graphene nanotubes? Find out more from Hendrik Janssen, OCSiAl Technical Support Engineer.
Learn more: https://tuball.com/additives/matrix/?utm_source=FBPS&utm_campaign=practicaltoolsprimers 
See more videos on how to make materials conductive on TUBALL Products & Solutions channel: https://www.youtube.com/c/TUBALLProductsSolutions 
#Coating #PowderCoating #Plastics #Nanotubes  #Primer #ESD

To achieve a smooth surface on car paintwork and at the same time minimize consumption of the finish coating, automotive parts need a conductive primer

Did you know that using conductive fiberglass molds, you can solve demolding problems, including reduced dust accumulation and improved protection of workers from electric shocks? All this is now possible thanks to conductive tooling gelcoats with graphene nanotubes. Check our new videostory! https://www.youtube.com/watch?v=WPcxsZiHYbw
#TUBALL #Nanotubes #Fiberglass #Composites #Molding #FiberglassMold #CompositeManufacturing #Gelcoat #ESD

Conductive gelcoats for safe and efficient fiberglass molds

What will the next generation of nanoelectronics look like? According to a new study published in Nature Communications, they will be more efficient and more integrated, with lower power consumption, and they might even break Moore's Law! Check out how, with the help of TUBALL nanotubes, scientists are shrinking the fin-width of a transistor to nearly the physical limit. https://phys.org/news/2020-03-scientists-fin-width-finfet-physical-limit.html  

#Nanotubes #TUBALL #Electronics #Transistor #Mooreslaw

TUBALLMATRIXMATRIX207MATRIX 207

Avantages

Applications industrielles

Revêtement de sol époxy

Revêtement de type lining des réservoirs

Tuyeaux en fibre de verre

Vidéo

TUBALL™ MATRIX: Instructions d’utilisation (eng)

Documents

Nouvelles