MOLY GN 242

Moly GN 242 is a high-performance copper-based anti-seize compound specially developed for bolts, fasteners, and metal-to-metal contact surfaces. It operates at temperatures up to +1100°C, preventing seizure, galling, corrosion, and cold welding under heavy load and extreme conditions.

Advanced Copper-Based Formulation

Formulated with fine copper particles, high-quality base oils, and advanced additives, Moly GN 242 creates a durable protective layer on metal surfaces.

This layer:

• Reduces friction during assembly
• Provides surface protection during installation
• Ensures long-term performance at high temperatures

The copper content delivers excellent load-carrying capacity and thermal conductivity, making it ideal for heavy industry and high-temperature applications.

Key Benefits of Moly GN 242

High Temperature Resistance

• Operates up to +1100°C
• Resistant to carbonization and evaporation
• Suitable for furnaces, exhaust systems, and heat-treatment equipment

Anti-Seize Protection

• Prevents seizure in bolts and nuts
• Ensures easy disassembly even after long service periods
• Improves torque consistency

Copper Solid Lubricant System

• Forms a durable protective film on metal surfaces
• Reduces wear under high load conditions
• Ensures stable torque performance

Corrosion and Chemical Resistance

• Protects against rust, oxidation, and moisture
• Reliable performance in harsh industrial and outdoor environments
• Extends equipment life

Ease of Assembly & Maintenance

• Protects fasteners from damage
• Facilitates future disassembly
• Reduces maintenance costs

Applications

Moly GN 242 is used in a wide range of industrial applications requiring high temperature and anti-seize protection:

• Bolts, nuts, studs, and fasteners
• Exhaust systems, turbochargers, and manifold connections
• Furnaces, kilns, and heat treatment equipment
• Power plants and energy systems
• Steel, cement, mining, and petrochemical industries
• Flanges, valves, and pressure connections
• Brake components and high-temperature joints

It is especially ideal for high-torque applications, extreme heat exposure, and connections that require future disassembly.