Jet-Lube Kov’R-Kote 2-1/2 Gallon - 13913
- Unit price
- / per
Description
Nonmetallic Thread Compound – NSF H2/K2
Jet-Lube KOV’R-KOTE is well-suited for bottom hole assemblies in most drilling situations. KOV’R-KOTE’s high strength polymers, graphite, and other naturally occurring, extreme-pressure, and anti-wear additives lock together under pressure to resist galling, seizure, and downhole makeup.
Benefits of using Kov’r-Kote®
- Brushable & stable over a wide temperature range
- Patented polymer chemistry
- Non-metallic
- High strength polymers
- Extreme-pressure & anti-wear additives
- Exceptionally high film strength (1000 kgf measured by ASTM D-2596)
- Multifunctional
- Sticks to wet joints
- Rust, corrosion, & oxidation additives
Specifications of Jet-Lube KOV’R-KOTE 2-1/2 GALLON
Base Materials: Aluminum Complex / Petroleum
Certifications: NSF H2 Registered #127360, Exceeds all performance specs described in API specification 5CT and set forth in API Recommended Practice 5A3
Jet-Lube Kov’R-Kote 2-1/2 Gallon - 13913
- Unit price
- / per
At Cost Prices with a Block 4 Monthly Membership
Adding product to your cart
You may also like
Description
Nonmetallic Thread Compound – NSF H2/K2
Jet-Lube KOV’R-KOTE is well-suited for bottom hole assemblies in most drilling situations. KOV’R-KOTE’s high strength polymers, graphite, and other naturally occurring, extreme-pressure, and anti-wear additives lock together under pressure to resist galling, seizure, and downhole makeup.
Benefits of using Kov’r-Kote®
- Brushable & stable over a wide temperature range
- Patented polymer chemistry
- Non-metallic
- High strength polymers
- Extreme-pressure & anti-wear additives
- Exceptionally high film strength (1000 kgf measured by ASTM D-2596)
- Multifunctional
- Sticks to wet joints
- Rust, corrosion, & oxidation additives
Specifications of Jet-Lube KOV’R-KOTE 2-1/2 GALLON
Base Materials: Aluminum Complex / Petroleum
Certifications: NSF H2 Registered #127360, Exceeds all performance specs described in API specification 5CT and set forth in API Recommended Practice 5A3