Viper Heat Blocking Gel 946ml - RT410S

Features - Viper Heat Blocking Gel 946ml - RT410S

The Viper Heat Blocking Gel, model RT410S, is an innovative solution designed to safeguard surfaces and components from heat damage during various soldering, brazing, or welding tasks. Its unique formulation makes it an essential tool in any environment where open flames are used near sensitive materials.

Key Features:

• Fire Prevention: Effectively prevents fires and heat damage in close proximity to open flames.
• Component Protection: Shields sensitive components during low-temperature soldering applications.
• Ease of Use: Can be easily wiped off surfaces without leaving residues.
• Safety: Non-toxic composition, free from harmful odors.
• Versatile Packaging: Conveniently available in a 946ml bottle.

The Viper Heat Blocking Gel acts as a thermal adsorption compound, adept at protecting areas and materials such as wood, drywall, and fabric from heat exposure. Its use extends to serving as a fire retardant in spaces where open flames are present, ensuring a safer working environment.

Specifications - Viper Heat Blocking Gel 946ml - RT410S

Applications - Viper Heat Blocking Gel 946ml - RT410S

Low Temperature Soldering or Brazing:

Apply a generous, thick layer of Viper Heat Blocking Gel on pipes to shield heat-sensitive components during low-temperature soldering or brazing. For tasks involving high temperatures, the use of Viper Heat Blocking Putty (Part # RT400P) is advisable for optimal protection.

Fire Protection:

Generously spray the gel on all areas around the work space to prevent any fire hazards or damage from heat exposure or open flames.

Important Reminder:

Please ensure to read and follow all directions provided below and those specified on the product label.

How To Use - Viper Heat Blocking Gel 946ml - RT410S

1. Safety First: Ensure all power sources are turned off or disconnected.
2. Preparation: Shake the bottle well. Liberally spray a thick coating of the gel onto the components and any surrounding areas vulnerable to direct flame or heat.
3. Proceed with Work: Conduct your soldering or welding activities. Employ a low flame and consider using nitrogen for enhanced protection.
4. Cooling Down: Let the surfaces cool naturally, or apply additional gel for quicker cooling.
5. Clean Up: After completion, easily wipe off the gel from all surfaces.