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Tech Video
Processing Guidelines: TUBALL™ MATRIX
Explore this informative technical video about processing guidelines of TUBALL™ MATRIX with Conductive RTV. It describes the mixing process with the Introduction via Overhead Mixer. It showcases...
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Tech Video
Navigate the TUBALL™ Matrix 605 Processing Guidelines for HCR using 2-roll mill
A uniform distribution of TUBALL™ Matrix in the silicone plays a key role in enhancing the electrical conductivity of the final compound. This technical video represents a small but informative...
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Tech Video
How to disperse TUBALL™ MATRIX 610 beta for the processing of colored EPDM rubbers?
Get a sneak peek into the processing of Anti-static colored EPDM rubbers using TUBALL™ Matrix 610 beta. OCSiAl’s TUBALL™ Matrix 610 beta is designed for anti-static colored EPDM compounds...
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Tech Video
Watch this novel Processing Guide: TUBALL™ LATEX H₂O
Explore this informative technical processing guide of TUBALL™ LATEX H2O. It describes the mixing process for the production of anti-static compounds. It showcases a complete experiment with...
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Tech Video
Project-based Solutions to Electro-conductive lining and epoxy coatings
There is a good amount of use of conductive linings and epoxy coatings by many large companies. However, not for everyone as it becomes a project-based option with difficulties in switching from...
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Tech Video
To determine the viscosity of TUBALL™ LATEX H₂O 0.5% suspension
TUBALL™ LATEX is used as anti-static additive for colored latex systems. It is highly helpful in achieving permanent, humidity-independent conductivity. The officials at OCSiAl have performed a...
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Tech Video
To determine the optical density and sedimentation stability factor of TUBALL™ LATEX H₂O suspension
TUBALL™ LATEX is used as anti-static additive for colored latex systems. It is highly helpful in achieving permanent, humidity-independent conductivity which is fully compliant with standard EN...
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Tech Video
Is it safe to use TUBALL™ Graphene Nanotubes?
Watch this informative technical video that gives complete guidelines about the safety procedures to follow while using TUBALL™ Nanotubes. Although they are highly safe to use but it is...
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Tech Video
How to avoid mistakes for Marking and non-marking conductive rubbers?
Check out a carbon black sample and the error chances that are created when different types of conductive agents are applied. Graphene nanotubes, owing to greater length to diameter ratio are...
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Tech Video
High performing conductive silicones for PVC-based applications
Watch this informative technical video that provides complete information about various Electrical Conductive Silicones and their contribution towards various PVC cable applications and...
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Tech Video
High performing electrical conductivity for PVC Plastisol
Are you looking for best electrical conductive nanotubes? Your search ends right here. TUBALL™ Nanotubes are the best formulants for high-performing nanotubes with exceptional electrical...
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Tech Video
Guide: Unlocking conductivity in glass fibers with graphene nanotubes
Explore the Graphene Nanotube concentrates TUBALL™ MATRIX 808 and TUBALL™ MATRIX 822 that are highly useful in formulating conductive glass fibers with conductive compounding and Injection...
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Tech Video
Processing Guide for TUBALL™ MATRIX 202 and TUBALL™ MATRIX 209
This informative video gives detailed explanation about using pre-dispersed concentrates TUBALL™ MATRIX 202 and TUBALL™ MATRIX 209 in specific formulations and their differences. Check out this...
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Tech Video
TUBALL™ MATRIX: One step solution to Automotive Primer Applications
Watch this informative technical video that discusses about the TUBALL™ MATRIX Grades and their contribution towards Automotive Primer Applications. TUBALL™ MATRIX have permanent and stable...
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Tech Video
Processing Guide for Tuball Coat_E Suspension: Conductivity in low viscosity coatings
Explore this informative processing guide for TUBALL™ COAT_E with its Conductivity in low viscosity coatings. Majorly, there have been 3 graphene nanotube suspensions that are suitable for...
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Tech Video
Explore the quality control method to determine pH value of the TUBALL™ LATEX H2O 0.5% Suspension
Watch this video to learn about the determination of pH value of TUBALL™ LATEX H2O 0.5% Suspension. Know about the equipment used along with the measurement procedure that must be performed after...
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Tech Video
A Quality control video to determine the dry content of TUBALL™ LATEX H₂O suspension
TUBALL™ LATEX is used as anti-static additive for colored latex systems. It is highly helpful in achieving permanent, humidity-independent conductivity which is fully compliant with standard EN...
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Tech Video
Explore the complete TUBALL™ Matrix Processing Guide
TUBALL™ Matrix is aligned on high-dosage concentrates based on polymer carrier and pre-dispersed graphene nanotubes. Highly helpful in providing superior electrical conductivity to...
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Brochure
Graphene nanotubes for high-performance conductive coatings
Graphene nanotubes offer a sustainable, cost-efficient, and innovative way to improve various coatings. Ultralow dosages starting from 0.01 wt% of graphene nanotubes impart permanent, uniform...
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Brochure
Processing Guide: TUBALL™ MATRIX for glass fiber filled PA-6 and PA-6.6 compounds
TUBALL™ MATRIX 822 and TUBALL™ MATRIX 808 can be used for preparing electrically conductive PA-6 and PA-6.6 compounds with glass fiber. Know about the difference between these two and get the...
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