Name: MATRIX 602
Brand: TUBALL
Rating: 5 (4 reviews)

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<p>Descrivi la tua richiesta qui sotto e ti aiuteremo a scegliere una soluzione a base di nanotubi di grafene per il tuo materiale o applicazione.</p>

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NANOTUBES

PRODOTTI

MATERIALI

APPLICAZIONI

SICUREZZA DEL PRODOTTO

CONTATTI

Elastomers

Elastomeri

<p>Ensures independent of humidity permanent and uniform&nbsp;conductivity without “hot spots”</p>

Electrical conductivity

<ul><li>Allows retention of color</li><li>No carbon release at the surface</li></ul>

Retains color

<p>Minimises the impact on compound elasticity and tensile parameters, viscosity and rheological properties</p>

Maintains mechanical properties

<p>Allows use of standard processing and mixing equipment</p>

Easy to use

<p>Protesi per gli arti superiori con la punta delle dita in silicone conduttivo per una facile interazione con l'elettronica del sensore</p>

PRODOTTO

<ul><li>Costante e stabile livello di conducibilità per una corretta interazione con gli schermi touch screen</li><li>Materiale morbido e altamente elastico</li><li>Nessun rilascio di carbonio dalla superficie</li></ul>

REQUISITI

<p>1–3% in peso di TUBALL™ MATRIX<br>601 / 602 / 613 beta</p>

SOLUZIONE CON TUBALL™

<ul><li>Resistività elettrica di superficie 70–200 kΩ </li><li>Elasticità</li><li>Produzione senza polveri</li><li>L'assenza del rilascio di carbonio sulla superficie elimina la contaminazione della pelle</li></ul>

PRINCIPALI VANTAGGI

TUBALL™ per protesi in silicone per il dito compatibile con gli schermi touch screen

Protesi in silicone per il dito compatibile con gli schermi touch screen

<p>Agente elettricamente conduttivo reticolato per siliconi liquidi, che non influisce negativamente sul colore, sulla viscosità e sulla durata del materiale </p>

TDS TUBALL MATRIX 602 ENG V08.PDF

TUBALL MATRIX 601 602 PROCESSING KEY POINTS ENG V01.PDF

TUBALL MATRIX 601 602 613 BETA PROCESSING GUIDELINES ENG V06.PDF

TDS TUBALL MATRIX 602 ZHO V08.PDF

TUBALL MATRIX 601 602 PROCESSING KEY POINTS ZHO V01.PDF

TUBALL MATRIX 601 602 613 BETA PROCESSING GUIDELINES ZHO V06.PDF

TUBALL MATRIX 601 602 PROCESSING KEY POINTS JPN V01.PDF

TDS TUBALL MATRIX 602 JPN V08.PDF

TUBALL MATRIX 601 602 613 BETA PROCESSING GUIDELINES JPN V02.PDF

Barattolo

0,4 l (fino a 100 g)

0,6 l (fino a 250 g)

Fustino

5 l (fino a 2 kg)

Fusto

20 l (fino a 10 kg)

Agente elettricamente conduttivo reticolato per siliconi liquidi

MATRIX 602

Ensures independent of humidity permanent and uniform&nbsp;conductivity without “hot spots”

Allows retention of colorNo carbon release at the surface

Minimises the impact on compound elasticity and tensile parameters, viscosity and rheological properties

Allows use of standard processing and mixing equipment

Adhesives

Cable Connectors

Cable Jacketing

Cablesleeve

Coatings

Consumer Goods

EMI Shielding

EPDM

Gaskets

Greases

O-ring

Release Films

RFI Shielding

Sealants

Semicon

Silicone

T-connector

Textile Coatings

Watchbands

Wires

Wearables

ConductiveSilicone

SiliconeRubber

AntistaticSilicone

CableAndWire

WatchBand

Wearable

10 µm

20 µm

50 µm

Gomme siliconiche HCR elettricamente conduttive ottenute con lo 0,03%  di nanotubi di grafene quale  agente antistatico. Concentrati di SWCNT per ESD, miglioramento della durabilitá, del colore e dell’elasticità.

HSR elettricamente conduttivo: agente ESD per migliorare la durabilitá, il colore, l'elasticità

Agente antistatico per siliconi HCR elettricamente conduttivi mantenendo le caratteristiche meccaniche e di colore

Gomme siliconiche liquide elettricamente conduttive (LSR) ottenute con lo 0,03%  di nanotubi di grafene quale  agente antistatico. Concentrati di SWCNT per ESD, miglioramento della durabilitá, del colore e dell’elasticità.

LSR elettricamente conduttivo: agente ESD per migliorare la durabilitá, il colore, l'elasticità

Agente antistatico per gomma siliconica liquida (LSR) elettricamente conduttiva mantenendo le caratteristiche meccaniche e di colore

Gomme siliconiche vulcanizzate a temperatura ambiente conduttive ottenute con lo 0,03%  di nanotubi di grafene quale  agente antistatico. Per ESD, miglioramento della durabilitá, del colore e dell’elasticità.

Siliconi RTV elettricamente conduttivi: agente ESD per migliorare la durabilitá ed il colore

Agente antistatico per gomma siliconica vulcanizzata a temperatura ambiente (RTV) conduttiva mantenendo le caratteristiche meccaniche e di colore

Silicone elettricamente conduttivi ottenuti con lo 0,03%  di nanotubi di grafene quale  agente antistatico. Concentrati di SWCNT per ESD, miglioramento della durabilitá, del colore ed dell’elasticità.

Siliconi elettricamente conduttivi: agente ESD per migliorare la durabilitá ed il colore

Additivo antistatico per gomma siliconica elettricamente conduttiva mantenendo le caratteristiche meccaniche e di colore

Siliconi

Silicone Rubber

Additivo ESD per gomme siliconiche HCR, LSR e RTV. 0,3% di SWCNT per fornire conducibilità, durabilitá e possibili colorazioni.

Agente antistatico per HCR, LSR, RTV

[#Product] You can replace 20–50 wt.% of carbon black in products with only 5 wt.% of TUBALL MATRIX 601 when manufacturing conductive connecting cable sleeve. Easy processing, low viscosity, and no impact on elasticity make graphene nanotube-based concentrate an advanced conductive agent for high-performance products with a longer service life. https://tuball.com/carbon-nanotube-products/matrix/605?utm_source=Facebook&utm_medium=Product+post&utm_campaign=July+16%2724 #LSR #Rubbers #Cables

[#Product] You can replace 20–50 wt

[✅Application case] Achieve permanent conductivity and transparency in PSA tape by using graphene nanotubes instead of PEDOT. With ultralow dosages of nanotubes, you not only attain the required conductivity but also ensure it lasts throughout the product’s service life. Simply add nanotubes to your standard process and enjoy the results.

Learn more and get a quote here: https://tuball.com/carbon-nanotube-products/matrix/204?utm_source=Facebook&utm_medium=Case&utm_campaign=May+02%2724

#PSA #tape #coatings

[✅Application case] Achieve permanent conductivity and transparency in PSA tape by using graphene nanotubes instead of PEDOT

[#DidYouKnow❓] A pressure-sensitive adhesive (#PSA) is a material that creates a bond between two surfaces through surface contact, accelerated by external pressure. In electronic products, PSAs are crucial for bonding plastic or metal substrates and attaching glass displays on polymer substrates. 📱 Graphene nanotubes offer a sought-after combination of consistent electrical conductivity, stability at high temperatures, high transparency, and a smooth, uniform surface for PSAs, surpassing the traditional conductive agents used in industry. ✅

Learn more on graphene nanotubes for anti-static silicone PSA: https://tuball.com/nanotubes-for/silicone-psa?utm_source=Facebook&utm_medium=Did+you+know_PSA&utm_campaign=Jan+31%272024 

#silicone #adhesivesolutions #conductive

[#DidYouKnow❓] A pressure-sensitive adhesive (#PSA) is a material that creates a bond between two surfaces through surface contact, accelerated by external pressure

[Breaking news] 🚀 Discover the revolutionary technology of ultrathin, permanently conductive PSA with graphene nanotubes. Achieve remarkable transparency and reduce the number of layers in protective films. Dive into the next-gen film technology for electronics, medical devices, automotive applications, and packaging! 🌐

Read the news in full: https://ocsial.com/news/graphene-nanotubes-revolutionize-protective-film-technology-ultrathin-permanently-conductive-psa/

Learn more on nanotubes for anti-static silicone PSA: https://tuball.com/nanotubes-for/silicone-psa?utm_source=Facebook&utm_medium=PSA+film+press-release&utm_campaign=Dec+06

#PSA #film #adhesives #silicone

[Breaking news] 🚀 Discover the revolutionary technology of ultrathin, permanently conductive PSA with graphene nanotubes

From a dosage of just 0.04%, graphene nanotubes make silicone an ideal skin-contact material for healthcare and wearable devices. 3D conductive reinforcing networks inside the rubber allow you to combine elasticity, softness, and conductivity with no skin contamination. This is unachievable with other additives. Request a sample at https://tuball.com/nanotubes-for/conductive-silicones?utm_source=FacebookPS&utm_campaign=SiliconeWearablesTPS 
#SiliconeRubber #GrapheneNanotubes #Wearables #ElectricalConductivity

From a dosage of just 0

Loyes Zhi, CEO of OCSiAl China, presented graphene nanotube technology for silicone rubbers at the Organosilicon Fine Chemicals Technology Exchange Conference in Shenzhen. Thanks to a unique combination of electrical conductivity, elasticity, and softness, nanotube-modified silicones are highly desirable materials for the electronics, automotive, and medical devices industries. Learn more and request a sample at https://tuball.com/nanotubes-for/conductive-silicones?utm_source=Facebook&utm_medium=Post+&utm_campaign=Loyes+Conf+Video+March+23 
#SiliconeRubber #ConductiveSilicones #GrapheneNanotubes

Loyes Zhi, CEO of OCSiAl China, presented graphene nanotube technology for silicone rubbers at the Organosilicon Fine Chemicals Technology Exchange Conference in Shenzhen

Conductive silicone rubbers with graphene nanotubes are being acknowledged as highly effective materials for the cable industry. Longer life cycle, and stable and consistent conductivity even after deformation are the benefits provided by TUBALL for cable connectors. Request a sample at https://tuball.com/additives/matrix/601?utm_source=Facebook&utm_campaign=SiliconeCasePostNov2022

#SiliconeRubber #Nanotubes #CableIndustry

Conductive silicone rubbers with graphene nanotubes are being acknowledged as highly effective materials for the cable industry

A new conductive silicone enhanced with graphene nanotubes for use in medical devices complies with the EU RoHS Directive. The combination of comfort and functionality gives this skin-contact material a competitive edge. Read more at https://ocsial.com/news/nanotube-solution-for-medical-devices-approved-to-enter-eu-market/
#ConductiveSilicone #MedicalDevices #GrapheneNanotubes

A new conductive silicone enhanced with graphene nanotubes for use in medical devices complies with the EU RoHS Directive

Looking for the best additive to make silicone conductive? In a new blog article, H. M. Royal, Inc., OCSiAl's US distributor, highlights the competitive advantages of graphene nanotubes, the industries that can benefit the most from TUBALL, and application examples: https://hmroyal.com/blog/using-graphine-nanotubes-to-add-conductivity-to-silicone-products/
#SiliconeRubber #GrapheneNanotubes #ConductiveSilicone

Looking for the best additive to make silicone conductive? In a new blog article, H

Is it possible to combine anti-static properties with bright color, high elasticity and tensile strength in silicone? Yes, with graphene nanotubes. Learn how: https://tuball.com/nanotubes-for/anti-static-silicones?utm_source=Facebook&utm_campaign=AntistaticSilicone

#Nanotubes #SiliconeRubber #Antistatic

Is it possible to combine anti-static properties with bright color, high elasticity and tensile strength in silicone? Yes, with graphene nanotubes

Graphene nanotubes solve most static-related problems in the printing industry. A good example is silicone printing pads with anti-static properties thanks to nanotubes. Request a sample: https://tuball.com/nanotubes-in/rtv?utm_source=FacebookPS&utm_campaign=RTV 

More videos on TUBALL nanotubes solutions: https://www.youtube.com/channel/UC5Z7hm-cV4QhLO4rGBq6fug
#GrapheneNanotubes #SiliconeRubber #PrintingIndustry

Graphene nanotubes solve most static-related problems in the printing industry

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

So happy to see how TUBALL graphene nanotubes are driving innovative technology. The study shows artificial e-skin. Highly flexible, conductive, and affordable for manufacturing at scale, it was developed using silicone rubber and TUBALL MATRIX 601 nanotube concentrate. 
https://www.mdpi.com/1996-1944/15/1/256/htm

#Eskin #GrapheneNanotubes #SiliconeRubber

So happy to see how TUBALL graphene nanotubes are driving innovative technology

The transportation, medical equipment, aerospace, and other industries face electromagnetic interference problems. To effectively protect electronic devices against disruptions caused by EMI, you need a 7–14 times lower amount of graphene nanotubes in comparison with metallic fillers. Request a nanotube sample here and start your project: https://tuball.com/additives?utm_source=Facebook&utm_campaign=EMICase

#EMIShielding #SiliconeRubber #GrapheneNanotubes

The transportation, medical equipment, aerospace, and other industries face electromagnetic interference problems

Next week, Katee Gorbunova will be at Silicone Elastomers World Summit to share with attendees new opportunities to use graphene nanotubes for the creation of soft, high strength, elastic, electrically conductive silicone compounds for flexible electrodes! Will you be in Berlin? Join us! Learn more on graphene nanotubes in silicones: https://tuball.com/nanotubes-for/conductive-silicones?utm_source=Facebook&utm_campaign=ElastomerSummit 

#Elastomers #GrapheneNanotubes #ConductiveSilicone #Nanotechnology

Next week, Katee Gorbunova will be at Silicone Elastomers World Summit to share with attendees new opportunities to use graphene nanotubes for the creation of soft, high strength, elastic, electrically conductive silicone compounds for flexible electrodes! Will you be in Berlin? Join us! Learn more on graphene nanotubes in silicones: https://tuball

Dr. Joong Tark Han, Professor, Principal Researcher at Korea Electrotechnology Research Institute, at the Conference on #Nanotubes in South Korea: Nanocarbon Materials for Soft #Electronics

#OCSiAl #Nanotechnology #SWCNT #NanoaugmentedMaterials

Photos from OCSiAl's post

Spring is on the way and that means it is finally getting warmer. But the place where it’s hot all year round is our ovens at the OCSiAl #TUBALL Center, producing #conductive #LSR samples at 180 degrees C. What is LSR? Liquid #silicone #rubber. What does it do? It makes the material used in that fancy #wearabletech or #flexibledevice.

TUBALLMATRIXMATRIX602MATRIX 602

Vantaggi

Applicazioni principali

Esempi di applicazioni

Protesi in silicone per il dito compatibile con gli schermi touch screen

Documenti

Notizie