Klüber Sets a New Benchmark in High-Temperature Performance: KLUBER BARRIERTA I S-402 Ushers in a New Era of Industrial Lubrication

Engineered for Extreme Operating Conditions

BARRIERTA I S-402 is formulated with a PFPE (perfluoropolyether) base oil and PTFE thickener, delivering outstanding thermal stability and chemical resistance. This advanced formulation allows the grease to perform reliably across a wide temperature range, even under continuous exposure to high heat.

Thanks to its exceptionally low volatility and oxidation resistance, BARRIERTA I S-402 helps minimize lubricant loss and ensures consistent performance where standard greases fail.

Reliable Protection for Critical Components

High temperatures accelerate wear, increase maintenance frequency, and shorten equipment life. BARRIERTA I S-402 addresses these challenges by providing:

• Excellent resistance to thermal degradation

• Stable lubrication films under high loads and speeds

• Long service life, reducing relubrication intervals

• Compatibility with many plastics and elastomers

These properties make it an ideal solution for rolling and plain bearings, high-temperature chains, guide rails, and precision mechanical components.

Supporting Efficiency and Equipment Longevity

By maintaining lubrication performance under extreme conditions, BARRIERTA I S-402 helps operators reduce unplanned downtime, lower maintenance costs, and extend component service life. Its long-term stability supports more efficient maintenance strategies and contributes to overall operational reliability.

A Lubrication Solution for Modern Industry

As industrial equipment continues to evolve toward higher speeds, higher temperatures, and greater precision, lubrication requirements become increasingly demanding. BARRIERTA I S-402 reflects Klüber Lubrication’s commitment to innovation, offering a reliable solution for applications in sectors such as manufacturing, textiles, electronics, and high-temperature processing industries.

With BARRIERTA I S-402, Klüber once again sets a new standard in high-temperature lubrication—helping industries move confidently into the future.