Everglue Technicoat Copperit copper paste pressure-resistant thermally conductive 80g tube

Everglue Technicoat Copperit copper paste pressure-resistant thermally conductive 80g tube

SKU: 650067
EAN/GTIN: 4251577103366

Warning

GHS Umwelt

Hazard statements

H410 Very toxic to aquatic life with long lasting effects.

Precautionary statements

P273 Avoid release to the environment.

P501 Dispose of contents/container in accordance with local/national regulation.

Human health dangers

Frequent persistent contact with the skin can cause skin irritation.

from

5,90 € (from 10 piece(s))

from 73,75 € per kg

incl. 19% VAT , plus

From	Unit price / piece(s) (80,00 g)	Base price
1	7,90 €*	98,75 € per kg
10	5,90 €*	73,75 € per kg

Currently out of stock
Delivery time: 1 - 2 Workdays (DE - different for foreign countries)

piece(s)

Description
Reviews

High-Performance Copper Paste for Extreme Conditions

Everglue Technicoat Copperit Copper Paste is an advanced, pressure-resistant lubricant and release agent that excels in thermal and electrical conductivity. This copper-colored paste is specifically designed for applications where extreme temperatures and high mechanical loads occur. With a temperature resistance from -30 °C to +1,300 °C, it is ideal for the maintenance and assembly of components operating under harsh conditions. Additionally, it is water- and corrosion-resistant, and seals against corrosive gases and liquids, making it the perfect choice for use in demanding environments.

Outstanding Product Features

Exceptional Temperature Resistance: Withstands temperatures from -30 °C to +1,300 °C, providing optimal protection in extreme environments.
High Pressure Resistance: Ensures long-lasting lubrication even under high mechanical loads.
Thermal Conductivity: Aids in the effective dissipation of heat, which is especially important in thermally stressed areas such as exhaust systems and braking systems.
Corrosion Protection: Reliably protects against rust and corrosion, extending the life of treated components and preventing the seizing or rusting of steel parts.
Free of Sulfur, Lead, and Nickel: Reduces environmental and health risks, making the copper paste a more eco-friendly choice.
Very Low Friction Coefficient: Ensures low-friction movement, minimizing wear on treated parts.
High Adhesion Strength: Stays in place even under extreme conditions, providing long-lasting protection.

Versatile Application Areas

Everglue Technicoat Copperit Copper Paste is highly versatile and suitable for numerous industrial and mechanical applications. Key uses include:

Automotive Industry: Ideal for use on brake pads, wheel hubs, exhaust bolts, and spark plugs to prevent seizing and to ease assembly and disassembly. Particularly useful during tire changes to ensure easy removal of wheel bolts and rims.
Brake Maintenance: The copper paste is commonly applied to the back of brake pads to prevent vibrations and squeaking. It is important, however, to avoid applying the paste to the friction surface to maintain braking performance.
Machinery and Gear Construction: Protects heavily loaded parts from wear and ensures low-friction movement in bearings, guides, and bolts.
Chemical and Petrochemical Industry: Resistant to aggressive chemicals and high temperatures, making it ideal for use as a lubricant and release agent in demanding environments.
Electrical Conductivity: Everglue Technicoat Copperit Copper Paste can also be used as a contact grease for electrical connections, such as on battery terminals, to ensure good contact and prevent corrosion.
Gas, Water, and Power Plants: Used in the maintenance of boilers and aggregates to ensure efficient heat transfer and protection against corrosion.
Exhaust System Assembly: The copper paste facilitates the assembly and disassembly of exhaust system bolts and prevents thread seizing due to heat exposure.

Application Instructions

For optimal results, the surface to be treated should be clean and dry. Apply Everglue Technicoat Copperit Copper Paste evenly to the desired areas. Make sure to use a sufficient amount to ensure full coverage. When applying to brake pads, the paste should only be applied to the back, never to the friction surface. Regular use effectively protects against wear, corrosion, and extreme temperatures, significantly improving the performance and longevity of treated components.

Special Advantages of Use

Tire Changes: Everglue Technicoat Copperit Copper Paste prevents the seizing of wheel bolts and facilitates tire changes, especially with alloy wheels where a chemical reaction with the hub is avoided.
Exhaust Systems: The paste ensures trouble-free assembly and disassembly of exhaust parts by protecting bolt connections from heat-induced seizing.
Brake Pads: Application on the back of brake pads to prevent squeaking and minimize friction without compromising braking performance.
Electrical Contacts: Use as a conductive paste on battery terminals and other electrical connections to improve contact and prevent corrosion.
Temperature Stability: Ideal for applications requiring high thermal conductivity and temperature resistance, such as in boilers, oven doors, and other high-temperature environments.

Trust in Everglue Technicoat Copperit Copper Paste

Everglue Technicoat Copperit Copper Paste offers comprehensive protection against wear, corrosion, and extreme temperatures. Its versatility and excellent properties make it the preferred choice for professionals in the industrial, mechanical engineering, and automotive sectors. Trust Everglue to protect your valuable components and extend their lifespan.

PDF

Material safety data sheet (MSDS)

German

Material safety data sheet (MSDS)

English

Material safety data sheet (MSDS)

Product Safety Information

Manufacturer Information:

Big Difference GmbH & Co. KG
Am Hasselt 20c
Schleswig-Holstein
Bad Bramstedt, Deutschland, 24576
info@big-difference.com
https://big-difference.com/

Colour:
Production origin:
Content:	80,00 g
Base:	Synthetic oil, mineral oil, copper, aluminum complex
Density:	1,500 kg/m³ (SEB 181301)
Temperature resistance:	-30 °C to +1,300 °C