Precision Steel Mesh Screen Printed Gel for Energy Applications

• Material: Organic Silicone
• Application: Medical, Industrial, New Energy Vehicle
• Certification: ISO, REACH, RoHS, IATF16949
• Advantage 1: Electrical Insulation
• Advantage 2: Applied for Automatic Production Line
• Advantage 3: Low Compression Applications
• Model NO.: GC-TA350
• Advantage 4: Superior Temperature Resistance
• After-Sale Service: 7*24hour Service
• Special Services: One-Stop Solution
• Transport Package: Shipping/Rail/Express
• Specification: 50ml/stick 400ml/stick 36L/barrel
• Trademark: Gold-cool
• Origin: China
• HS Code: 3506990000
• Production Capacity: 50t/Mon

Product Description

Introducing the Exciting and Spirited GC-TA350 Gap Filler Double Component Gel!

Are you ready to take your industrial control equipment to the next level? Look no further than the GC-TA350 Gap Filler Double Component Gel from Dongguan Gold-Cool Nano Technology Co., Ltd! This incredible gel is designed to provide high thermal conductivity and low thermal resistance, ensuring excellent heat dissipation in even the most demanding applications.

With its exceptional operability and short curing time, the GC-TA350 is a dream come true for professionals in the new energy, energy storage, network communications, security, and medical industries. Whether you're manually applying the gel or using it in automated production lines, you'll be amazed by its versatility and ease of use.

But that's not all! The GC-TA350 can even replace the CGW-3 gel from the renowned Sekisui brand in Japan. That's right, you're getting a top-of-the-line product that's trusted by industry leaders.

So why wait? Upgrade your equipment with the GC-TA350 Gap Filler Double Component Gel today and experience the difference it can make in your operations. Don't miss out on this opportunity to enhance your thermal management and take your performance to new heights!

 

Features

Introducing Precision Steel Mesh Screen Printed Gel for Energy Applications

Get ready to experience the ultimate in thermal conductivity with our Precision Steel Mesh Screen Printed Gel! Designed by Dongguan Gold-Cool Nano Technology Co., Ltd, this gel is perfect for all your energy application needs.

Features:

• High thermal conductivity: Our gel ensures efficient heat dissipation, keeping your devices cool even in high temperature environments.


• Excellent electrical insulation: Say goodbye to electrical issues with our gel's superior insulation properties.


• Superior temperature resistance: No matter how extreme the conditions, our gel can handle it with ease.


• Automated production adhesive: Save time and effort with our gel, perfect for use in automatic production lines.

Applications:

• LED chips: Enhance the performance of your LED chips with our gel's exceptional thermal conductivity.


• Communication equipment: Keep your communication devices running smoothly with our gel's reliable insulation.


• Phone CUP: Ensure optimal performance of your phone's central processing unit with our gel's high thermal conductivity.


• Memory module: Protect your memory modules from overheating with our gel's superior temperature resistance.


• IGBJ and other power modules: Our gel is perfect for power modules, providing excellent heat dissipation.


• Power semiconductor field: Keep your power semiconductors cool and efficient with our gel's thermal conductivity.


• New Energy/Energy Storage: Our gel is versatile and can be used in various energy storage applications.


• Other electronic components: From industrial control heat gel to drone heat compound, our gel is perfect for all your electronic component needs.

Upgrade your thermal management game with our Precision Steel Mesh Screen Printed Gel for Energy Applications. Don't miss out on this incredible product!

 

Detailed Photos

Introducing the Exciting and Spirited Precision Steel Mesh Screen Printed Gel for Energy Applications!

Are you ready to take your thermal conductivity to the next level? Look no further than our innovative product, the Precision Steel Mesh Screen Printed Gel for Energy Applications! Developed by Dongguan Gold-Cool Nano Technology Co., Ltd, this bi-component thermal conductive silicone gel is designed to exceed your expectations.

With its low stress and high compression modulus, our thermal conductive gel is perfect for a wide range of applications. Whether you're working on an automated production line or assembling electric products, our gel ensures low contact thermal resistance and excellent electrical insulation properties.

But that's not all! Our Precision Steel Mesh Screen Printed Gel for Energy Applications offers a host of benefits that will leave you amazed. Its versatile thermal material can be used in various industries, including battery manufacturing, industrial control heat management, drone heat compounds, and more. The gel's high thermal conductivity and excellent heat dissipation properties make it ideal for high-temperature environments.

Experience the convenience of automated adhesive production with our dual gel formula. Say goodbye to the hassle of traditional thermal pastes and hello to our silicone thermal conductive gel. It's the perfect solution for new energy applications, electric vehicles, and any project that requires superior thermal management.

Don't miss out on this incredible product! Order your Precision Steel Mesh Screen Printed Gel for Energy Applications today and discover a whole new level of thermal conductivity. Trust in Dongguan Gold-Cool Nano Technology Co., Ltd to deliver exceptional quality and performance.

Product Parameters

General Product Attribute Table
Two component thermal gel
Project	Unit	TA200	TA301	TA350	Testing Standard
Color	-	Whith+Light Blue	Yellow/Grey	Whith+Pink	Visual
Density	g/cm3	2.5±0.2	3.3±0.2	3.1±0.2	ASTM D792
Thermal Conductive	W/m.k	2±0.2	3±0.2	3.5±0.3	ASTM D5470
Extrusion rate	g/min	18	60	31	@90psi 50cc Rubber hose
Hardess	Shore oo	55±10		60±10	ASTM D2240
Curing time	Min@25ºC	30~60			Visual
Temperature Range	ºC	-40~180			-
Thermogravimetric Loss	%	1			@150ºC/24H

 

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