Product Description

NSBT-16 Regular Grade Never-Seez is a high-performance, anti-seize compound designed to provide excellent protection against seizing, galling, and corrosion in extreme conditions. Made from a unique blend of graphite, copper and other lubricating materials, this product ensures smooth assembly and disassembly of threaded connections, even under high temperatures and pressures.

Your machinery faces daily battles against rust, corrosion, and seizing. But with Never-Seez NSBT-16, you can say goodbye to these persistent issues. This isn’t just any anti-seize compound; it’s the “original” formula trusted by professionals for decades. Infused with copper, graphite, aluminum, and other robust ingredients, this compound acts as a shield, safeguarding your metal parts from the damaging effects of time and environment.

Features:

• High-Temperature Resistance: Effective in temperatures up to 2600 F (1430 C), making it ideal for use in demanding environments.
• Water and Chemical Resistance:Protects against water washout and is compatible with a wide range of chemicals and solvents.
• Prevention of Galling: Minimizes the risk of thread damage and galling, ensuring longevity and reliability of joints.
• Available in convenient packaging that allows for easy application, reducing time and effort during installation.

Faster Disassembly for Easy Repairs
One of the standout benefits of NSBT-16 Regular Grade Never-Seez is its ability to facilitate quicker and easier disassembly of metal parts, saving both time and effort during maintenance and repairs. The unique lubricating properties of the compound create a protective barrier that prevents corrosion and the welding together of threads, a common issue that can occur when parts are exposed to harsh environments. This makes it an invaluable asset when dealing with machinery or automotive repairs, where often, extensive effort is required to loosen seized or rusted components. By applying NSBT-8 to threaded connections or assembly parts, technicians can significantly reduce the risk of damage during disassembly, ultimately leading to smoother repair processes and an overall increase in operational efficiency.

Additional Information