Name: MATRIX 601
Brand: TUBALL
Rating: 5 (4 reviews)

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<p>请在下面描述您的需求，我们根据具体应用和材料为您推荐相应的单壁碳纳米管解决方案。</p>

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NANOTUBES

产品

材料

应用

产品安全

联系方式

Elastomers

弹性体

<ul><li>允许保留颜色。</li><li>表面无碳释放。</li></ul>

保留颜色

<p>可使用标准的工艺和混合设备。</p>

易于使用

<p>对复合物的弹性、拉伸参数、粘度和流变性能产生最低限度影响。</p>

保持机械性能

<p>确保永久均匀的导电性，且没有“热点”。</p>

导电性能

<p>操作含传感器的电子设备的导电硅胶上肢假肢</p>

<ul><li>    可正常操作屏幕，均匀稳定的电导率水平</li><li>    材料质地柔软、弹性高</li><li>无碳释放</li></ul>

要求

<p>添加1–3 wt.% 的 TUBALL™ MATRIX 601 / 602 / 613 beta</p>

TUBALL™单壁碳纳米管方案

<ul><li>    电阻率为 70–200 kΩ</li><li>    灵活</li><li>    无尘生产</li><li>    无碳释放、无皮肤污染</li></ul>

主要优点

TUBALL™单壁碳纳米管兼容触摸屏的硅胶假指

兼容触摸屏的硅胶假指

<p>用于电池组装的导电硅脂 </p>

<ul><li>100Ω cm以下的低电阻率水平</li><li>高添加阻燃剂和其他填料（50%以上）</li><li>低粘度</li></ul>

<p>10 wt.% TUBALL™ MATRIX 601可用于高填充硅脂中达到低电阻率水平</p>

TUBALL™ 解决方案

<ul><li>体积电阻率低于100 Ω cm</li><li>可使用高添加量（超过50%）的阻燃剂和其他填料</li><li>最佳加工粘度</li><li>降低成本</li></ul>

主要优势

TUBALL™单壁碳纳米管 导电硅脂

导电硅脂

<p></p>
<p>防静电硅胶部件用于工厂机械中，如输送带或其他快速移动的生产线，如成型线，需要导电元件以消除可能的静电放电。</p>
<p></p>

<p>表面电阻率 &lt;10<sup>9 </sup>Ω/sq</p>

<p>添加0.4%（质量比）的TUBALL™ MATRIX 601</p>

TUBALL™解决方案

<ul><li>永久稳定的表面电阻率&lt;10<sup>9</sup> Ω/sq</li><li>低硬度(绍尔A 40)</li><li>无碳排放</li></ul>

TUBALL™单壁碳纳米管抗静电室温硫化硅橡胶部件

抗静电室温硫化硅橡胶部件

<p>添加1 % （质量比）的 TUBALL™&nbsp;MATRIX 601</p>

<ul><li>永久稳定的表面电阻率 &lt;10<sup>9</sup> Ω/sq</li><li>低硬度 (绍尔 A 40)</li><li>无尘生产</li><li>无痕</li></ul>

TUBALL™ 单壁碳纳米管抗静电硅橡胶印刷版应用

抗静电硅橡胶印刷版应用

<p>电子行业抗静电硅橡胶涂层：装配线、箱体、面板表面涂层</p>

<ul><li>液体硅橡胶、室温硫化硅橡胶、固体硅橡胶，表面电阻率10<sup>6</sup>–10<sup>9</sup><sup></sup>Ω/sq的抗静电涂层</li><li>柔软涂层</li></ul>

<p>添加1% （质量比）的 TUBALL™ MATRIX 601用于液体硅橡胶或室温硫化硅橡胶, 或TUBALL™ MATRIX 605 用于固体硅橡胶</p>

<ul><li>稳定的静电释放性能，防止静电放电</li><li>防尘涂层</li><li>可着色</li><li>保持机械性能和生产工艺</li><li>更长的循环寿命</li><li>无痕</li></ul>

TUBALL™单壁碳纳米管抗静电/防尘硅橡胶涂层应用

抗静电/防尘硅橡胶涂层应用

<p></p>
<p>用于同轴电缆的冷缩连接器</p>
<p></p>

<ul><li>外侧——表面电阻率5000 Ω/sq<br></li></ul>

<p></p>
<p>用6% TUBALL™ MATRIX 601代替溶剂中分散的石墨或炭黑</p>
<p></p>

<ul><li>与成型相比，高性价比的喷涂技术</li><li>更长的循环寿命</li><li>表面电阻率5000 Ω/sq</li><li>膨胀件变形后导电性能稳定一致</li></ul>

TUBALL™单壁碳纳米管 电缆连接器冷缩部件

电缆连接器冷缩部件

<ul><li>内侧面导电或绝缘&nbsp;&lt;100 Ω∙cm</li><li>外表面电阻率5000 Ω/sq</li></ul>

<p>石墨在甲苯（25%固体）中的分散体被5%的TUBALL™ MATRIX 601所取代</p>

<ul><li>与石墨相比，更易于加工</li><li>更长的循环寿命</li><li>表面质量好</li><li>表面电阻率5000 Ω/sq</li><li>稳定一致</li><li>老化后的导电率不变</li></ul>

电缆连接器外导电喷涂TUBALL™单壁碳纳米管

电缆连接器外导电喷涂

<p>耳机、耳塞、耳麦、扬声器部件、智能手表的表带、手机键盘</p>

<ul><li>稳定的抗静电性能</li><li>柔软灵活</li></ul>

<p>添加1 % （质量比）的 TUBALL™ MATRIX 601 ，可用于液体硅橡胶、室温硫化硅橡胶</p>

<ul><li>稳定的静电释放性能，防止静电放电&nbsp;</li><li>可着色且无痕</li><li>保持机械性能和生产工艺</li><li>无尘生产</li>
</ul>

TUBALL™单壁碳纳米管硅橡胶可穿戴电子产品应用

硅橡胶可穿戴电子产品应用

<ul><li>液体硅橡胶和室温硫化硅橡胶中的体积电阻率10<sup>5</sup>–10<sup>8</sup>∙cm</li><li>低硬度</li><li>可着色</li></ul>

<p>添加2％的TUBALL™ MATRIX 601到液体硅橡胶和室温硫化硅橡胶</p>

<ul><li>低粘度</li><li>加工性能好</li><li>无粉尘生产</li><li>低硬度</li><li>可着色</li><li>无痕</li><li>稳定的抗静电性能</li><li>提高撕裂强度</li></ul>

硅胶印刷辊TUBALL™单壁碳纳米管

硅胶印刷辊

<p>用于静电耗散涂料防护服的防静电硅胶纺织涂料</p>

<p>防静电涂料表面电阻10<sup>6</sup>–10<sup>8</sup> Ω/sq</p>

<p>在液体硅橡胶或室温硫化硅橡胶中<br>2.5–5 wt.% TUBALL™&nbsp;MATRIX 601</p>

<ul><li>静电耗散性能稳定，符合国际防护磨损标准</li><li>不需要改变生产过程</li><li>着色</li></ul>

硅胶纺织涂料TUBALL™单壁碳纳米管

硅胶纺织涂料

<p>用于高温硫化硅橡胶的5 wt.% TUBALL™ MATRIX 605代替20%–50%的炭黑，或液体硅橡胶用5 wt.% TUBALL™ MATRIX 601代替</p>

<ul><li>与高碳炭黑添加量相比，更容易加工</li><li>低粘度化合物</li><li>不影响弹性</li><li>具有较好的机械性能，使用寿命更长</li><li>即使变形后，稳定电阻率 &lt;100 Ω cm</li></ul>

TUBALL™单壁碳纳米管 连接电缆套管

连接电缆套管

<p>用于液体硅胶的无交联导电添加剂，不影响颜色、粘度和耐久性。</p>

TDS TUBALL MATRIX 601 ENG V08.PDF

TUBALL MATRIX 601 602 PROCESSING KEY POINTS ENG V01.PDF

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

TUBALL MATRIX 601 602 PROCESSING KEY POINTS ZHO V01.PDF

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

TDS TUBALL MATRIX 601 ZHO V08.PDF

TUBALL MATRIX 601 602 PROCESSING KEY POINTS JPN V01.PDF

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

TDS TUBALL MATRIX 601 JPN V08.PDF

罐子

0.4 L (100 g 到)

0.6 L (250 g 到)

小桶

5 L (2 kg到)

20L 桶（10kg 以上)

用于液体硅胶的无交联导电添加剂

MATRIX 601

允许保留颜色。表面无碳释放。

可使用标准的工艺和混合设备。

对复合物的弹性、拉伸参数、粘度和流变性能产生最低限度影响。

确保永久均匀的导电性，且没有“热点”。

黏合剂

电缆连接器

电缆套管

涂层/涂料

消费品

电磁屏蔽

衬垫

润滑脂

液体硅橡胶

O形圈

压敏胶

释放膜

室温硫化硅橡胶

密封元件

半导体

硅树脂

T形连接器

织物涂层

表带

电线

Silicone

Cablesleeve

RTVSilicone

ConductiveSilicone

SiliconeRubber

Seals

AntistaticSilicone

CableAndWire

Sealing

CableConnector

TextileCoating

LSRSilicone

2 µm

5 µm

10 µm

TUBALL™单壁碳纳米管是一种高级抗静电剂，可为高温硫化硅橡胶(HCR)提供<10 到1011 Ω的电阻率范围，同时具有稳定的电学性能，保持永久弹性，改善机械性能，延长使用寿命。

高温硫化硅橡胶(HCR)-材料-TUBALL™单壁碳纳米管官网

导电高温硫化硅橡胶抗静电剂, 保持原有颜色和机械性能

高温硫化硅橡胶

TUBALL™单壁碳纳米管是一种用于液体硅橡胶（LSR）的高性能导电剂，能在保持低粘度、高操作可靠性和永久弹性的同时，使整个电阻率范围小于10至1010 Ω。欢迎订购！

导电液态硅橡胶(LSR)-材料-TUBALL™单壁碳纳米管官网

导电液体硅橡胶抗静电剂, 保持原有颜色和机械性能

TUBALL™单壁碳纳米管具有基于不同载体的抗静电预分散体形式，可用于生产导电室温硫化（RTV）硅橡胶，具有高导电性、高强度和良好的柔韧性。欢迎订购！

导电常温硫化硅橡胶(RTV)-材料-TUBALL™单壁碳纳米管官网

导电常温硫化硅橡胶抗静电剂, 保持原有颜色和机械性能

在导电橡胶中添加TUBALL™单壁碳纳米管，不影响最终复合物的机械性能和颜色。适用于液体硅橡胶 (LSR)、室温硫化硅橡胶（RTV）和高温硫化硅橡胶（HCR）硅胶，提高其耐用性。

导电硅橡胶-材料-TUBALL™单壁碳纳米管官网

导电硅橡胶抗静电剂，可保持原有颜色和机械性能

有机硅

Silicone Rubber

TUBALL™ MATRIX 601单壁碳纳米管导电和抗静电添加剂，用于液体硅橡胶和室温硫化硅的抗静电添加剂。0.3％单壁碳纳米管即可获得永久导电性，并可保留原有耐用性和颜色。

液体硅胶（LSR）和室温硫化硅胶（RTV）硅树脂抗静电剂-TUBALL™单壁碳纳米管官网

[#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

The new episode of our “New Cars – New Materials” series tells you about rubber seals and hoses – small but essential parts of your vehicles that are exposed to harsh conditions. To what extent could graphene nanotubes improve them? Find out with Katee Gorbunova! 
Request a sample of nanotubes: 
https://tuball.com/nanotubes-in/elastomers?utm_source=FacebookPS&utm_campaign=NewCarsSealsHoses

Subscribe to TUBALL Products and Solutions on YouTube for more episodes: https://www.youtube.com/channel/UC5Z7hm-cV4QhLO4rGBq6fug 

#Seals #Rubber #Nanotubes #RubberProducts

The new episode of our “New Cars – New Materials” series tells you about rubber seals and hoses – small but essential parts of your vehicles that are exposed to harsh conditions

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

TUBALLMATRIXMATRIX601MATRIX 601

主要优势

主要应用

应用案例

兼容触摸屏的硅胶假指

导电硅脂

抗静电室温硫化硅橡胶部件

视频

资料

新闻资讯