Name: MATRIX 301
Brand: TUBALL
Rating: 5 (6 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

MATRIX

产品

材料

应用

产品安全

联系方式

Composites

树脂和复合材料

<p>不受湿度影响的抗静电特性。</p>

永久特性

<p>对基体材料的密度、粘度及其它流变性能产生最低限度影响。</p>

保持粘度

<p>在环氧树脂和聚氨酯树脂中添加颜色是可能的，这是因为浓缩物的工作剂量很低，并且具有最小的灰色效应。</p>

颜色的灵活性

机械性能

<p>预分散配方允许使用标准生产设备制造。</p>

易于使用

<p>确保永久均匀的导电性，且没有“热点” 。</p>

导电性

<p>用于柔版印刷的导电印刷套筒，由基于聚酯或环氧树脂的玻璃纤维复合材料制成</p>

<ul><li>电阻&lt;10<sup>6 </sup>Ω</li><li>永久、稳定的电阻水平</li></ul>

要求

<ul><li>将TUBALL™&nbsp;MATRIX 204（TUBALL™单壁碳纳米管预分散体）作为导电添加剂添加到聚酯玻璃纤维部件中</li><li>将TUBALL™&nbsp;MATRIX 301（TUBALL™单壁碳纳米管预分散体）作为导电添加剂添加到环氧玻璃纤维部件中</li></ul>

TUBALL™ 解决方案

<ul><li>10<sup>5</sup>Ω的持久稳定的电阻</li><li>对表面质量无不良影响</li><li>保持原始机械性能</li></ul>

主要优势

TUBALL™单壁碳纳米管用于复合材料印刷套

于复合材料印刷套

<p>柔版印刷应用的聚氨酯涂层导电印刷套筒</p>

<ul><li>电阻&lt;10<sup>6&nbsp;</sup>Ω</li><li>永久、稳定的电阻水平</li></ul>

<p>将TUBALL™&nbsp;MATRIX 301（TUBALL™单壁碳纳米管预分散体）作为导电添加剂添加到聚氨酯涂层中</p>

<ul><ul><li>10<sup>5</sup>Ω的持久稳定的电阻</li><li>对表面质量无不良影响</li><li>保持原始机械性能</li></ul><p></p></ul>

TUBALL™ for Сovering of printing sleeves

印刷袖子的复盖物

<p>抗静电自流平环氧地坪，保护对静电敏感的仪器设备</p>

<ul><li>可实现静电耗散（10<sup>7</sup>–10<sup>9</sup><sup></sup> Ω∙cm）和导电（10<sup>5</sup>–10<sup>6</sup><sup></sup> Ω∙cm）的应用范围</li><li>永久稳定的电阻率水平</li><li>可实现不同颜色</li></ul>

<p>作为导电添加剂，3–6% 的碳纤维能够被<br>0.05–0.15%的 TUBALL™ MATRIX 301 所代替</p>

<ul><li>用于静电耗散和导电地坪，达到永久稳定的电阻率水平，且无“热点”</li><li>电阻率不受湿度影响</li><li>颜色可选范围广</li></ul>

主要优点

TUBALL™ 单壁碳纳米管应用

抗静电环氧地坪

<p></p>
<p>易燃性材料罐的防静电内衬涂料</p>
<p></p>

<ul><li>永久稳定电阻率水平</li><li>体积电阻率10<sup>5</sup>–10<sup>9</sup><sup></sup> Ω cm</li></ul>

<p>环氧树脂系统中20–30% （质量比）的导电云母被0.3% （质量比） 的TUBALL™ MATRIX 201 所代替</p>

<ul><li>易于加工</li><li>降低成本&nbsp;</li><li>稳定体积电阻率10<sup>6</sup>–10<sup>7</sup><sup></sup> Ω · cm</li></ul>
<ul></ul>

用于储罐内衬涂料的TUBALL™单壁碳纳米管

用于储罐内衬涂料的

<p>INTERFILL®导电涂料可用于抢救磨损、侵蚀、腐蚀、损坏或超出公差的零件</p>

<p>在环氧基体系中加入1 wt.%的TUBALL™ MATRIX 301（TUBALL单壁碳纳米管预分散体）作为导电添加剂。</p>

<ul><li>提供1.6·10<sup>2</sup> Ω·cm的体积电阻率</li><li>永久、稳定且同质电阻率</li><li>无“盲点”且不受湿度的影响</li><li>通过LTI研磨磨损试验 * (没有单壁碳纳米管从材料中释放出来）</li><li>通过LTI钻孔磨损试验 * (没有单壁碳纳米管从材料中释放出来）</li></ul>

用于导电环氧涂料的TUBALL™单壁碳纳米管

用于导电环氧涂料的

<p></p>
<p>适用于易燃液体的抗静电玻璃纤维增强环氧管</p>
<p></p>

<ul><li>体积电阻率10<sup>5</sup>–10<sup>6</sup><sup></sup> Ω cm</li><li>永久稳定电阻率水平</li></ul>

<p></p>
<p>用0.2 wt.% 的TUBALL™ MATRIX 201（TUBALL™单壁碳纳米管预分散体） 代替4 wt.%的炭黑</p>
<p></p>

<ul><li>无“盲点”的永久稳定体积电阻率和表面电阻率</li><li>电阻率不受湿度影响</li><li>无炭黑粉末或灰尘的清洁制造工艺</li><li>不需要涂导电漆</li><li>允许的静水压水平增加15%</li></ul>

用于玻璃纤维增强管的TUBALL™单壁碳纳米管

用于玻璃纤维增强管的

<p>用于船舶转子帆表面的静电耗散型防火面漆，可避免静电聚集</p>

<ul><li>表面电阻率10<sup>9</sup>&nbsp;Ω/sq</li><li>通过喷涂涂漆应用此种面漆</li></ul>

<p>将TUBALL™&nbsp;MATRIX 301（TUBALL™单壁碳纳米管预分散体）加入到无溶剂环氧体系中</p>

TUBALL™解决方案

<ul><li>表面电阻率10<sup>8</sup>&nbsp;Ω/sq</li><li>无盲点的永久稳定的防静电性能</li><li>无论湿度水平如何，电阻率都能保持恒定不变</li><li>符合ATEX认证对油轮的要求</li></ul>

转子帆用防静电面漆TUBALL™单壁碳纳米管

转子帆用防静电面漆

<p>用于无溶剂环氧复合材料、涂料和聚氨酯体系的导电添加剂，颜色和机械性能方面无缺陷。</p>

TDS TUBALL MATRIX 301 ENG V08.PDF

TDS TUBALL MATRIX 301 ZHO V08.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

罐子

0.4 L (100 g 到)

0.6 L (250 g 到)

小桶

5 L (2 kg到)

10 L (up to 5 kg)

20L 桶（10kg 以上)

用于无溶剂环氧复合材料、涂料和聚氨酯体系的导电添加剂

MATRIX 301

对基体材料的密度、粘度及其它流变性能产生最低限度影响。

在环氧树脂和聚氨酯树脂中添加颜色是可能的，这是因为浓缩物的工作剂量很低，并且具有最小的灰色效应。

预分散配方允许使用标准生产设备制造。

确保永久均匀的导电性，且没有“热点” 。

电缆槽

涂层/涂料

复合材料

环氧树脂

玻璃纤维

地坪

玻璃纤维增强塑料（玻璃钢）

格栅

衬里涂层

油漆

管道

预涂层

印刷辊

聚氨酯

Conductivity

Composite

Fiberglass

Flooring

Paints

Primers

Pipes

Coatings

Printing

Epoxy

antistatic

GFRP

Floorings

Topcoats

Polyurethane

ConductivePrimers

Primer

ReinforcedComposites

EpoxyCoating

AntistaticCoating

LiningCoatings

TankLining

ConductiveCoating

ESDCoating

PrintingIndustry

LiningCoating

PrintingRollers

PUCoating

EpoxyComposite

TankCoating

PrintingSleeves

RotorSales

AntistaticTopcoat

Safecoating

1 µm

5 µm

10 µm

TUBALL™ MATRIX是单壁碳纳米管的预分散体系列产品，用于环氧树脂配方的通用导电填料。与传统抗静电剂相比，具有永久稳定的导电性，并保留其原有颜色和耐用性。欢迎订购！

导电环氧树脂-热固性材料-TUBALL™单壁碳纳米管官网

导电环氧抗静电剂, 提高耐用性和保持颜色

环氧

TUBALL™单壁碳纳米管是一种用于聚氨酯复合材料的高性能、低成本的抗静电剂，使复合物能够达到特定的电阻率水平。提供稳定、永久的抗静电性能，并保持原复合物的机械性能。

导电聚氨酯-材料-TUBALL™单壁碳纳米管官网

导电聚氨酯抗静电剂, 提高耐用性和保持颜色

聚氨酯乳胶

In Epoxy

TUBALL™ MATRIX 301单壁碳纳米管导电和抗静电添加剂，用于无溶剂环氧复合材料、涂料和聚氨酯体系的导电添加剂，颜色灵活，不受湿度影响，确保永久导电。欢迎订购！

无溶剂环氧树脂和聚氨酯树脂-TUBALL™单壁碳纳米管官网

Hola from Mexico City! 👋🇲🇽 We are here with NASEDA and Nanoqem at the Latin American Coatings Show (LACS) to introduce ready-to-use graphene nanotube solutions for industrial coatings. Visit booths 419 and 645 to learn more about TUBALL™ for colorful, high-performance anti-static lining coatings and ESD flooring.

Learn more on graphene nanotubes here: https://tuball.com/about-tuball?utm_source=Facebook&utm_medium=Event+post&utm_campaign=July+25%2724 

#ESD #coatings #VisitUs

Hola from Mexico City! 👋🇲🇽 We are here with NASEDA and Nanoqem at the Latin American Coatings Show (LACS) to introduce ready-to-use graphene nanotube solutions for industrial coatings

[#Article📝] How can you achieve optimal protection and mitigation in ESD flooring while complying with ANSI/ESD S20.20-2021? In our article, we debunk common misconceptions, explore the essential elements of electrostatic discharge flooring, and find the perfect balance between functionality, aesthetics, and ease of installation.

Read the article in full here: https://tuball.com/articles/dissipative-and-conductive-in-ESD-control-flooring?utm_source=Facebook&utm_medium=article&utm_campaign=Flooring 

#ESD #flooring

[#Article📝] How can you achieve optimal protection and mitigation in ESD flooring while complying with ANSI/ESD S20

Enhance your ESD gloves with a graphene nanotube water-based dispersion—no need to change your standard technology! 🌟 This is the only market-available solution that provides gloves with stable anti-static properties, meeting international protective wear standards without modifying your dipping process or formulation. Embrace this ready-to-use solution and boost your production efficiency! 🧤✨

Learn more and get a quote here: https://tuball.com/nanotubes-for/anti-static-latex?utm_source=Facebook&utm_medium=Industrial+gloves+banner+%233&utm_campaign=July+04%2724 

#gloves #IndustrialGloves #ESD #ProtectiveGloves

Enhance your ESD gloves with a graphene nanotube water-based dispersion—no need to change your standard technology! 🌟 This is the only market-available solution that provides gloves with stable anti-static properties, meeting international protective wear standards without modifying your dipping process or formulation

Experience conductivity with preserved light colors and easy handling—no carbon dust involved! An anti-static polyester gelcoat with graphene nanotubes protects electronic equipment from ESD-caused failures and enhances worker safety. And for the little ones, the same technology ensures children can safely enjoy sliding on colorful anti-static slides without building up a charge of 25,000 volts, ensuring no harm or discomfort. ✨

Get a quote here: https://tuball.com/carbon-nanotube-products/matrix/204?utm_source=Facebook&utm_medium=Case+post&utm_campaign=June+26%2724 

#gelcoat #polyester #ESD #ElectronicEquipment

Experience conductivity with preserved light colors and easy handling—no carbon dust involved! An anti-static polyester gelcoat with graphene nanotubes protects electronic equipment from ESD-caused failures and enhances worker safety

Enhance safety at production sites with stable ESD protection from your industrial gloves. 🧤 Experience added touch-screen functionality with preserved dexterity and comfort. Discover the unique properties graphene nanotubes provide gloves with, ensuring ESD and automotive compliance. Watch our 40-second video to learn more!

Learn more about graphene nanotubes: https://tuball.com/about-tuball?utm_source=Facebook&utm_medium=Short+video&utm_campaign=Industrial+gloves 

#IndustrialGloves #ESD #touchscreen

Enhance safety at production sites with stable ESD protection from your industrial gloves

Interactive electronics gloves enhanced with graphene nanotubes demonstrate touch-screen-compatible properties and ESD protection in compliance with the EN16350 standard. 🧤 Additionally, the unique properties of nanotubes make it possible to maintain resistance to abrasion, puncture, and aggressive chemicals. Touch-screen functionality facilitates the automation of industrial facilities.

Learn more on graphene nanotubes for ESD safety gloves: https://tuball.com/nanotubes-for/anti-static-latex?utm_source=Facebook&utm_medium=TUBALL+INSIDE+&utm_campaign=Gloves+banner+%231 

#gloves #ESD #touchscreen

Interactive electronics gloves enhanced with graphene nanotubes demonstrate touch-screen-compatible properties and ESD protection in compliance with the EN16350 standard

Ensuring worker safety is a top priority in industries dealing with explosive gases and dust, such as mining and oil & gas. Anti-static clothing is essential to prevent sparks and explosions, but it often restricts workers’ movements and compromises the physical properties of their attire. Graphene nanotubes provide a solution for upgrading anti-static protective clothing, offering a combination of safety, comfort, and aesthetics. Learn more on graphene nanotubes for anti-static textiles: https://tuball.com/nanotubes-for/anti-static-textile?utm_source=Facebook&utm_medium=TUBALL+inside+coatings+banners+&utm_campaign=April+30%2724
#antistatic #clothes #PPE #safety

Ensuring worker safety is a top priority in industries dealing with explosive gases and dust, such as mining and oil & gas

When a child uses a slide, they can build up a charge of 25,000 volts. 💥 Wow, that’s really uncomfortable.😫 For hearing-impaired children with cochlear implants, this charge can even damage their devices. Typically, the slide material is an insulator and charged electrons just stay on its surface. Graphene nanotubes inside colorful gelcoats create a conductive network within the plastic, allowing the electrons to safely pass through the slide without harming the child or their devices.
 
Learn more on nanotube inside gelcoats here: https://tuball.com/nanotubes-for/gelcoats-moldcoats?utm_source=Facebook&utm_medium=TUBALL+inside+coatings+banner&utm_campaign=March+26%2724

#gelcoats #coatings #ESD

When a child uses a slide, they can build up a charge of 25,000 volts

Transport tanks carrying crude oil and petroleum should not only possess good anti-corrosion properties but also protect highly flammable energy resources from explosion. Splashing, pouring, and turbulence can generate static electricity, resulting in sparks. 💥 How can you improve safety? Simply apply a protective lining with graphene nanotubes inside the composite tank. Nanotubes provide stable and uniform conductivity protecting tanks from static electricity buildup. ✅

Learn more on graphene nanotube applications and uses: https://tuball.com/nanotubes-for?utm_source=Facebook&utm_medium=TUBALL+INSIDE+coatings&utm_campaign=March+19%272024 

#oilandgas #ESD #lining #coatings

Transport tanks carrying crude oil and petroleum should not only possess good anti-corrosion properties but also protect highly flammable energy resources from explosion

Glass coated with SGB binder and TUBALL™ exhibits enduring and consistent anti-static performance, coupled with anti-dirt and super-hydrophilic properties, improved chemical and wear resistance, all while maintaining light transmittance. Curious to learn more? Watch the video showcasing test results from Sketch Co.,LTD, a leading nanocoating manufacturer in Japan: https://www.youtube.com/watch?si=nTLrjM4Qml360lKU&v=06ir2BCq1XE&feature=youtu.be

Learn more on the properties of graphene nanotubes: https://tuball.com/about-tuball?utm_source=Facebook&utm_medium=Repost+of+Japanese+video&utm_campaign=March+14%272024

#nanocoating #glass #antistatic #video

Glass coated with SGB binder and TUBALL™ exhibits enduring and consistent anti-static performance, coupled with anti-dirt and super-hydrophilic properties, improved chemical and wear resistance, all while maintaining light transmittance

Wind technology helps the shipping industry achieve fuel efficiency and zero emissions. 💨 Rotor sails reduce engine load, cutting fuel usage and emissions by 5–25%. However, high-speed rotation generates electrostatic charge, risking sail damage or fire. 💥 An anti-static gelcoat enhanced with graphene nanotubes eliminates this risk while maintaining sails’ original protection from temperature fluctuations and saltwater effects.

Learn more on graphene nanotubes for gelcoats: https://tuball.com/nanotubes-for/gelcoats-moldcoats?utm_source=Facebook&utm_medium=TUBALL+inside+coatings+banner&utm_campaign=March+05%2724 

#gelcoat #ESD #coatings #rotorcraft

Wind technology helps the shipping industry achieve fuel efficiency and zero emissions

[#video] Why replace the traditional conductive agent in your self-leveling anti-static floor with graphene nanotubes? In our 6-minute video, discover three ways nanotubes eliminate the challenges of difficult installations, limited color control, hot spots, and the risk of an “orange peel” effect—all while ensuring compliance with international ESD flooring standards.

📼 Watch the full video here and subscribe to our Products & Solutions channel: https://youtu.be/nb56Xb6BVbw

Learn more on graphene nanotubes for ESD floors: https://tuball.com/nanotubes-for/flooring?utm_source=Facebook&utm_medium=TPS+teaser&utm_campaign=February+29%2724 

#flooring #coatings #ESD

[#video] Why replace the traditional conductive agent in your self-leveling anti-static floor with graphene nanotubes? In our 6-minute video, discover three ways nanotubes eliminate the challenges of difficult installations, limited color control, hot spots, and the risk of an “orange peel” effect—all while ensuring compliance with international ESD flooring standards

Protect your car’s electronics with graphene nanotubes in the dashboard surface. No more dust, better comfort, and increased safety. Nanotubes integrated into a silicone dashboard coating not only provide it with dust-repellent properties but also make the electronics work more accuracy, safeguarding against the potential threat of electrostatic discharge.

Learn more on graphene nanotubes here: https://tuball.com/about-tuball?utm_source=Facebook&utm_medium=TUBALL+inside+coatings&utm_campaign=Feb+20%2724 

#silicone #coatings #dashboard #ESD

Protect your car’s electronics with graphene nanotubes in the dashboard surface

[✅Product] High-performance sustainable coatings with stable anti-static properties can be achieved by using a waterborne graphene nanotube suspension. Achieve uniform conductivity without alterations to standard formulations or mixing equipment thanks to this easy-to-use suspension. This innovative solution enables the preservation of high transparency and mechanical strength, with minimal impact on the viscosity and density of the host material.

Learn more and get quote here: https://tuball.com/carbon-nanotube-products/coate-h2o?utm_source=Facebook&utm_medium=Product+post&utm_campaign=Feb+14%2724#Usage  

#coatings #antistatic #paints #waterborne

[✅Product] High-performance sustainable coatings with stable anti-static properties can be achieved by using a waterborne graphene nanotube suspension

[✅Product] How can you achieve uniform, permanent electrical conductivity without “hot spots” in solvent-free epoxy and polyurethane resins? Use a conductive additive based on graphene nanotubes. This results in anti-static properties independent of humidity with bright colors and preserved mechanical properties and viscosity.

Get quote here: https://tuball.com/carbon-nanotube-products/301?utm_source=Facebook&utm_medium=Product+link&utm_campaign=Jan+23%2724#Benefits   

#conductive #epoxy #polyurethane #antistatic

[✅Product] How can you achieve uniform, permanent electrical conductivity without “hot spots” in solvent-free epoxy and polyurethane resins? Use a conductive additive based on graphene nanotubes

Around 10% of industrial storage tank accidents result from electrostatic charge⚡️formed between the liquid surface and the tank shell, which is caused by material movement during filling. This static buildup can lead to accidents. 💥🔥 Tank linings enhanced with graphene nanotubes provide ESD protection for tanks, achieving stable electrical conductivity and expanding the product color palette for conductive solutions.

Learn more on graphene nanotubes for lining coatings: https://tuball.com/nanotubes-for/lining-coatings?utm_source=Facebook&utm_medium=TUBALL+inside+coatings&utm_campaign=Dec+13 

#storagetanks #coatings #lining #ESD

Around 10% of industrial storage tank accidents result from electrostatic charge⚡️formed between the liquid surface and the tank shell, which is caused by material movement during filling

Permanent or non-permanent, internal or external, the additive industry offers a range of anti-static and conductive agents tailored to diverse needs. Join us as we delve into the attributes, possibilities, and constraints of these additives. Could graphene nanotubes be the ultimate choice? Let’s find out here: https://tuball.com/articles/anti-static-and-conductive-agents?utm_source=Facebook&utm_campaign=article_anti-static+agents&utm_term=Oct+18  💡

Learn more on TUBALL nanotubes here: https://tuball.com/about-tuball?utm_source=Facebook&utm_campaign=article_anti-static+agents&utm_term=Oct+18

#antistaticagent #conductivity #antistatic #additives #nanotubes

Permanent or non-permanent, internal or external, the additive industry offers a range of anti-static and conductive agents tailored to diverse needs

Protecting lives and equipment in high-risk industries just got a major upgrade! Graphene nanotubes are revolutionizing personal protective equipment, making it safer, more reliable, and compliant with industry standards. Nanotubes create an uninterrupted conductive network inside gloves, clothing, and boots, leading to decreased static-related device failure and personal hazards. Now you can ensure worker safety and minimize financial losses.

Choose a nanotube-based solution for your product here: https://tuball.com/additives?utm_source=Facebook&utm_campaign=VV_PPE+short+video&utm_term=Oct+17

#PPE #ESD #video

Protecting lives and equipment in high-risk industries just got a major upgrade! Graphene nanotubes are revolutionizing personal protective equipment, making it safer, more reliable, and compliant with industry standards

[🤔#DidYouKnow?] The minimum required oxygen generation time for self-contained self-rescuers (SCSRs) is 60 minutes. They are crucial for emergency escapes in oxygen-deficient environments. Beyond this, safety demands more. To ensure protection in hazardous areas, SCSR cases must be anti-static, preventing the electrostatic charge accumulation that can lead to sparks and potential explosions. By integrating graphene nanotubes into #polypropylene cases, unwanted electrostatic charge buildup is prevented, enhancing safety when dealing with explosives or hazardous environments.

Learn more about nanotube-modified thermoplastics: https://tuball.com/nanotubes-in/thermoplastics?utm_source=Facebook&utm_medium=Post+campaign&utm_campaign=Interesting+fact+Sept+06

#plastics #composites #ESD

TUBALLMATRIXMATRIX301MATRIX 301

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