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Jet-Lube Ezy-Turn #3 Arctic Valve Sealant: How It Prevents Scoring and Galling in Arctic Pipeline Service

What Is Jet-Lube EZY-TURN #3 ARCTIC and What Problems Does It Solve?

Jet-Lube EZY-TURN #3 ARCTIC is a gate and plug valve sealant engineered for pipeline and compressor station environments where light hydrocarbon liquids and gases are present. Its proprietary blend of oils and solid lubricants makes it resistant to all aliphatic hydrocarbons while simultaneously lowering the torque required for smooth valve operation. It protects internal plug surfaces from scoring and galling — two failure modes that accelerate valve wear and cause costly unplanned shutdowns.

The formulation appears as a grey/black paste with a cone penetration of 290–335 at 77°F (300 strokes, as manufactured). Density is a typical 8.80 lb/gal with a specific gravity of 1.06. Oil separation is held to a maximum of 3.0 (ASTM D-6184), ensuring the sealant stays homogeneous in service.

How Does EZY-TURN #3 ARCTIC Perform in Extreme Cold and High-Heat Conditions?

EZY-TURN #3 ARCTIC is rated for a temperature range of -58°F (-50°C) to 500°F (260°C), making it one of the widest-range valve sealants available for hydrocarbon service. It is pumpable to temperatures as low as -58°F (-50°C) when used with an appropriate pump, enabling reliable injection in arctic and sub-arctic field conditions without preheating the product.

On the high-temperature end, the flash point exceeds 500°F (260°C) per ASTM D-92, meaning the sealant will not ignite under normal pipeline and compressor station operating conditions. The thickener is inorganic, which contributes to thermal stability, and the dropping point per ASTM D-2265 is listed as none — confirming the product does not liquefy and run out of the valve body at elevated temperatures. Evaporation loss is less than 0.5% over 24 hours at 150°C, confirming low volatility in sustained high-temperature service.

What Service Environments Is EZY-TURN #3 ARCTIC Designed For?

The sealant is specifically recommended for the following service media:

  • Aliphatic hydrocarbons
  • Natural gas and hot gases
  • Butane and propane
  • LPG (liquefied petroleum gas)
  • Fuel oil
  • H2S, saline, and salt water

Its H2S resistance makes it particularly suited for sour-gas pipeline applications where conventional sealants can degrade or lose sealing integrity. The product is also listed as nontoxic, nonhazardous, and biodegradable, aligning with environmental compliance requirements common at compressor stations and pipeline rights-of-way.

Important restriction: EZY-TURN #3 ARCTIC is not approved for use with oxygen or strong oxidizers. Engineers specifying valve sealants for oxygen-service valves must select an appropriate oxygen-compatible product.

How Should EZY-TURN #3 ARCTIC Be Cleaned Up After Application?

Conventional solvents — including methanol, ethanol, IPA, chlorinated solvents, aromatic solvents, acetone, and other ketones — are compatible with EZY-TURN #3 ARCTIC. Jet-Lube’s preference for oxygenated solvents reflects a safety and environmental best-practice recommendation rather than a compatibility limitation.

What Manufacturing and Quality Standards Back EZY-TURN #3 ARCTIC?

EZY-TURN #3 ARCTIC is manufactured in the USA in a facility certified to both ISO 9001:2015 (quality management) and ISO 14001:2015 (environmental management). These dual certifications are relevant for operators with supplier qualification programs that require documented quality and environmental management systems.

The product data sheet is dated January 9, 2022. Package types and part numbers are available through Jet-Lube’s online product index at jetlube.com.

Summary

  • Jet-Lube EZY-TURN #3 ARCTIC is a grey/black paste valve sealant rated from -58°F (-50°C) to 500°F (260°C), pumpable at the low end with an appropriate pump.
  • It resists all aliphatic hydrocarbons and is specifically suited for natural gas, butane, propane, LPG, fuel oil, and H2S/saline/salt water service.
  • Flash point exceeds 500°F (260°C) per ASTM D-92; evaporation loss is less than 0.5% over 24 hours at 150°C; oil separation is 3.0 max per ASTM D-6184.
  • Not approved for oxygen or strong oxidizer service.
  • Manufactured in the USA under ISO 9001:2015 and ISO 14001:2015 certification; cleanup is recommended with oxygenated solvents.

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