Home / 594248 LOC

594248 LOC

Product Details

Manufacturer:
Manufacturer part number:
594248
CBT Inventory
0
Vendor Inventory
Loading...
CBT - CINCINNATI
0
CBT - SPRINGBORO
0
CBT - SIDNEY
0
CBT - LEXINGTON
0
CBT - LOUISVILLE
0
Availability:
Ships in 4-6 days.
Estimated dates are contingent upon manufacturer stock.
Price on Request

Description

Brand Name

Bonderite®

Description

Bonderite® Machining Lubricant, Series: Multan® CR 20™, 181 kg, Drum, Amber, Liquid, 40 to 50 mPs Viscosity Index, 410 deg F Flash, 0.86 to 0.89 Specific Gravity, Composition: Distillate (Petroleum), Solvent-Refined Heavy Paraffinic, Distillate (Petroleum), Solvent-Refined Light Paraffinic

Application

Grinding, Stamping, Drilling, Milling or Hobbing

Standards

OSHA 29 CFR 1910.1200 | GHS Certified

Features

  • BONDERITE® L-MR CR 20™ metal removal is a light viscosity oil designed for grinding ferrous and nonferrous alloys
  • Its unique composition of corrosion inhibitors, extreme pressure (EP) additives, anti-mist agents and lubricity additives provide a durable product for today's grinding and stamping operations
  • Applicable materials are metal, brass, iron, cast iron, aluminum, steel, copper
  • 90 - 95% oil content range
  • Tool grinding oil for light to moderate machining applications
  • Corrosion resistant
  • Applications for using this product range from gear machining to flute grinding
  • Low viscosity oil that is easily recycled
  • Exceptionable in tool grinding applications where a higher viscosity product is required
  • Clean running fluid yields consistent tool life and excellent surface finish
  • Sum of benefits equals improved performance, quality and profitability
  • Petroleum odor

Specifications

Color:Amber
Composition:Distillate (Petroleum), Solvent-Refined Heavy Paraffinic, Distillate (Petroleum), Solvent-Refined Light Paraffinic
Container Size:181 kg
Container Type:Drum
Country of Origin:US
Flash Point:410 deg F
Form:Liquid
Series:Multan® CR 20™
Specific Gravity:0.86 to 0.89
Viscosity Index:40 to 50 mPs