COPASLIP TJC Suppliers In Mumbai

COPASLIP TJC: Double-Duty Tool Joint Compound

URSA Associates supplies MOLYSLIP COPASLIP TJC, a high-performance, lead and zinc-free tool joint compound. It is formulated from highly refined, low sulfur, low pour point mineral oil thickened with a complex soap. This compound includes copper flake and graphite as solid lubricants, along with high levels of corrosion inhibitors, antioxidants, and anti-wear additives. It is ideal for use in harsh conditions, such as corrosive, wet, dirty, or chemical environments, where high resistance to water washout is required.

COPASLIP TJC

Key Features and Benefits

  • Low Sulfur Content: Ensures reduced environmental impact and compatibility with sensitive systems.
  • Brushable at Low Temperatures: Remains workable even at temperatures as low as -18°C, facilitating application in diverse conditions.
  • Exceptional Load-Carrying and Anti-Wear Properties: Reduces friction during assembly, preventing pick-up, galling, and seizure, making maintenance easier.
  • Consistent Joint Make-Up: Allows for consistent joint assembly, ensuring reliability in assembly procedures.
  • High-Level Corrosion Protection: Provides robust protection against corrosion, enhancing the longevity of equipment.
  • Outstanding Washout Resistance: Highly resistant to water washout, ensuring durability in challenging wet conditions.
  • Wide Temperature Range Suitability: Performs effectively over a broad temperature range (-20°C to +160°C), ensuring reliability in various operational environments.

Packaging Options

Available in convenient 20kg pails, designed for ease of handling and application across different industrial settings.

Application Standard

MOLYSLIP COPASLIP TJC exceeds the requirements of API RP 5A3 / ISO 137678:2010, making it well-suited for use in petroleum and natural gas industries, especially for evaluating and testing thread compounds.

COPASLIP TJC offers outstanding load-carrying capacity, anti-wear properties, and superior corrosion protection, making it an ideal choice for critical applications demanding reliable performance in challenging and aggressive environments.

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