hakuform

water soluble cutting oils

Technology

HAKUFORM Water Soluble cutting oils are formulated based on Chlorine Free Extreme Pressure additives, like esters that provide excellent tool life without compromising on environmental norms & risks associated with conventional chlorinated water soluble oils.

KLUTHE Advanced Surfactant Technology creates stable Micro Emulsions & enables the action of multi-functional Power Surfactants (combination of non-iconic and cationic surfactants) to deterge matter like chips/burr at a faster pace & lower carryover losses.

KLUTHE BIOLIT technology releases active Buffer Biostability ingredients continually at a low concentration to the water-based cooling lubricant producing sterile solutions and emulsions with a long sump life.

  • Water soluble cutting oils
    • Chlorine Free EP Additives
    • Advanced Surfactant Technology
    • Micro Emulsion
    • Kluthe BIOLIT technology

benefits

  • hakuform cutting oils application
  • cutting oil for metals
  • why use cutting oils

product guide

Grade
  • Hakuform® 70-84
  • Hakuform® 70-79 SP
  • Hakuform® 70-77 EB
  • Hakuform® 70-69 AL
  • Hakuform® 50-62 KX
  • Hakuform® A 953
APPlication
  • Universal product, recommended for grinding, light to medium machining. Best for ferrous applications
  • Excellent for ferrous applications. All medium to heavy cutting applications.
  • Universal metallurgy application. Suitable for light to medium machining.
  • All light to heavy cutting applications Excellent for aluminum alloys.
  • Suitable for ferrous applications. Excellent for grinding applications
  • High performance products, recommended for grinding, light to medium machining. Best for ferrous applications
Key features
  • Universal product for low CPC
  • Best Tool life performance in the market
  • Boron Free (Rectifies Spotting issues)
  • Premium aluminum machining cutting oil for high tool life performance
  • Most modern Boron free synthetic (Oil free) cutting fluid
  • Excellent Corrosion protection
Recommended concentration