Jet Lube Hpht Thread Compound [8.82-lb./4-kg. Pail] 36423 - Imagen 1
    Jet Lube Hpht Thread Compound [8.82-lb./4-kg. Pail] 36423 - Imagen 1
Jet Lube Hpht Thread Compound [8.82-lb./4-kg. Pail] 36423 - Imagen 1
Jet Lube Hpht Thread Compound [8.82-lb./4-kg. Pail] 36423 - Imagen 1
    Jet Lube Hpht Thread Compound [8.82-lb./4-kg. Pail] 36423 - Imagen 1
Jet Lube Hpht Thread Compound [8.82-lb./4-kg. Pail] 36423 - Imagen 1
Jet Lube by Jet Lube

Jet Lube Hpht Thread Compound [8.82-lb./4-kg. Pail] 36423

Regular price
$213.73
Sale price
$213.73
Regular price

Categories: Compounds

Packaging: Pail

UPC: 632385014304

Product Information


JET-LUBE HPHT THREAD COMPOUND has been specifically formulated to meet performance requirements of proprietary, metal to metal seal, and high interference connection designs utilizing high performance materials including “super” chrome and high-alloys steels. The formulation contains a small percentage of PTFE to aid high temperature sealing properties. The particle size of the PTFE is controlled to allow it to seal 8-round and buttress thread forms. JET-LUBE HPHT THREAD COMPOUND’s advanced base grease is a carefully selected balance of synthetic oils with an advanced biodegradable grease thickener technology. The base grease provides excellent adhesion and stability yet biodegrades and is environmentally safe based upon the Harmonised Offshore Chemical Notification Format (HOCNF) guidelines. The result is superior lubrication and ancillary sealing under high loads with galling resistance equivalent to heavy metal based compounds in a metal free formulation. JET-LUBE HPHT THREAD COMPOUND has a friction factor equivalent to API MODIFIED. However there may be connection tupes with which a higher or lower friction factor is incurred. The formulation has been successfully make and break tested on 25% Chrome, 35% Nickel alloy steel.

Features

  • Biodegradable Environmentally Safe, and Metal Free
  • Low Volatility At Temperatures Up To 232°C (450°F)
  • Frictional Properties Equivalent To API MODIFIED
  • High Film Strength Protects Against Gailling
  • Ideal For High Chrome Or Nickel Connections
  • Sticks to Wet or Oily Threads
  • Controlled Solid Package to Accommodate Premium Mechanical Seals and 8-round Connection Design Requirements

Additional Info

Characteristics Biodegradable
Characteristics High Temp
Characteristics High Temperature
Characteristics Synthetic
Product Information

JET-LUBE HPHT THREAD COMPOUND has been specifically formulated to meet performance requirements of proprietary, metal to metal seal, and high interference connection designs utilizing high performance materials including “super” chrome and high-alloys steels. The formulation contains a small percentage of PTFE to aid high temperature sealing properties. The particle size of the PTFE is controlled to allow it to seal 8-round and buttress thread forms. JET-LUBE HPHT THREAD COMPOUND’s advanced base grease is a carefully selected balance of synthetic oils with an advanced biodegradable grease thickener technology. The base grease provides excellent adhesion and stability yet biodegrades and is environmentally safe based upon the Harmonised Offshore Chemical Notification Format (HOCNF) guidelines. The result is superior lubrication and ancillary sealing under high loads with galling resistance equivalent to heavy metal based compounds in a metal free formulation. JET-LUBE HPHT THREAD COMPOUND has a friction factor equivalent to API MODIFIED. However there may be connection tupes with which a higher or lower friction factor is incurred. The formulation has been successfully make and break tested on 25% Chrome, 35% Nickel alloy steel.

Features

  • Biodegradable Environmentally Safe, and Metal Free
  • Low Volatility At Temperatures Up To 232°C (450°F)
  • Frictional Properties Equivalent To API MODIFIED
  • High Film Strength Protects Against Gailling
  • Ideal For High Chrome Or Nickel Connections
  • Sticks to Wet or Oily Threads
  • Controlled Solid Package to Accommodate Premium Mechanical Seals and 8-round Connection Design Requirements

Additional Info

Characteristics Biodegradable
Characteristics High Temp
Characteristics High Temperature
Characteristics Synthetic

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