COPPER PASTE CU-1100, is a copper assembly paste resistant to 1100°C; provides superior protection against high temperature, corrosion, and rust, suitable for industrial use.

COPPER PASTE CU-1100 – Copper Assembly Paste for High Temperatures

Restoreplus COPPER PASTE CU-1100 is a high-temperature copper assembly paste performing excellently even in the harshest working conditions, resistant up to 1100°C. It prevents seizing and rusting, ensuring the longevity of your equipment.

Features & Benefits

• High Temperature Stability: Resistant up to 1100°C, protection against extreme heat.

• Water and Oxidation Resistance: Long-lasting durability even in humid environments.

• Mechanical and Structural Stability: Adapts to harsh working conditions.

• Corrosion Protection: Effectively protects metal surfaces from rust.

• Easy Application & Separation: Practical use in assembly and maintenance.

• High Load Carrying Capacity: Provides effective protection even under heavy loads.

Applications

• Enclosed industrial bearings

• Automatic and central lubrication systems

• Joints, connections, and slide surfaces

• Rolling elements and plain bearings

• Protective applications against rust and corrosion

Technical Specifications

• NLGI Grade: 2

• Thickener Type: Inorganic

• Viscosity (40°C): 105 mm²/s

• Color: Copper

• Operating Temperature: -40°C to +1100°C

• Four-ball EP Test Weld Load: 560 kg

Equivalent Brands and Products

CU-1100 is particularly used in places like exhaust manifolds, brake systems, and flange connections where there is a risk of "thermal locking." Its main equivalents in the market are:

• RESTOREPLUS: Copper Paste CU-1100

• WÜRTH: Copper Paste (CU 800)

• LIQUI MOLY: Kupfer-Paste (Copper Paste)

• MOLYKOTE: Cu-7439 Plus / 1000 Paste

• LOCTITE: LB 8008 (C5-A Copper Anti-Seize)

• CRC: Copper Paste

• MOTUL: Copper Grease

• SKF: LGAF 3E (With similar use in the anti-fretting paste category)

Technical Information and Features

Restoreplus Copper Paste CU-1100 is prepared by referencing and the common technical values possessed by equivalents in this segment are as follows:

• High Temperature Resistance: Provides protection in the range of -30°C to +1100°C by forming a barrier between metal surfaces with its metallic copper particles, even if the carrier oil evaporates.

• Anti-Seize Feature: Prevents the Galling, Locking, and Cold Welding of bolts, nuts, studs, and bushings due to high heat or corrosion over time.

• Load Carrying Capacity: Possesses very high pressure (EP) properties. It does not crush under heavy loads on metal surfaces and prevents Thread Damage.

• Corrosion and Rust Protection: Shows excellent resistance against water, steam, acids, and saline environments. Serves as a Corrosion Barrier in marine and winter vehicle under chassis mechanisms.

• Conductivity: Provides Electrical Conductivity due to its copper content. Improves current flow by preventing oxidation at battery terminals and ground connection points.

• Brake System Compatibility: When used behind brake pads, absorbs the High-Pitched Brake Noises and Vibrations caused by metal-to-metal friction.

• Easy Disassembly: Allows parts to be easily disassembled without any effort or damage to threads, even after many years, saving on labor and part costs.

• No Drip: With its special thickening structure, it does not drip on vertical surfaces, staying stationary at the application point and providing sealing support.

Usage Area: This product is especially safe to use on exhaust studs, spark plug threads, wheel studs, oven doors, steam line flanges, and brake caliper pins. (Note: For brake pad surfaces of modern vehicles with ABS sensors, ceramic paste may be recommended instead of copper.)