A brand of Continental.

ATE SECUBRAKE

The first brake fluid in a new generation

ATE SecuBrake – without boric acid esters, 
with renewable raw materials

 

ATE SecuBrake is a new, advanced brake fluid that combines sustainability and work safety. For the first time, it meets the legal requirements for a DOT 4 brake fluid without containing boric acid esters, and it is manufactured using a certified process with renewable raw materials.

 

COMMITMENT TO PROGRESS

ATE SecuBrake, which is free of hazardous materials subject to labelling requirements and produced with renewable raw materials, demonstrates ATE’s commitment to environmentally friendly mobility. This innovative brake fluid makes everyday workshop life much simpler because it requires no legal protection measures for handling and storing hazardous liquids.

 

 

FOR A SUSTAINABLE FUTURE

ATE SecuBrake is the first sustainable brake fluid to meet customer demands for environmentally friendly production. Certified and with a significantly improved ecological footprint, it points the way to a sustainable future. ATE SecuBrake appeals to new, environmentally conscious target groups and shows your commitment to sustainable mobility.

 

GET ON BOARD FOR ENVIRONMENTAL PROTECTION

Choose ATE SecuBrake for the sake of the environment.
Order now and get on board with the pioneer!

 

Benefits for workshops

  • Constituents not subject to labelling requirements
  • Simple handling and storage
  • Top quality guaranteed by regular checks
  • Provision for possible stricter EU regulations

Benefits for the environment

  • Sustainable production
  • Smaller carbon footprint
  • Readily biodegradable
  • Made in Germany

Downloads

Safety data sheets

Technical data sheets

Further information on the production process

  • The sustainable production process makes use of “green” carbon from natural organic waste (for example, from anaerobic digesters) and chemical conversion. ISCC Plus certification ensures a sustainable design for the entire process.
  • The reduction in CO2 emissions is determined by the PCF value, which measures the climate impact of a product through the mass balance approach.