Lubricant Basics

High-temperature grease is a specialized lubricant formulated to withstand extreme heat in demanding industrial environments.

It reduces friction, prevents wear, and ensures reliable equipment operation even at high temperatures.

The "spontaneous" chemical reaction of antioxidants—the photochromic effect

When lubricating grease changes color, the primary culprit is often not the base oil itself, but rather the antioxidants (typically hindered phenols or aromatic amines) added to protect it.

Electrical System Connector Assemblies and Electrical Safety Protection

The electrical safety of an automobile lies at the very core of overall vehicle safety, and lubricants play a pivotal role in ensuring it. Our specialized greases and sealing compounds are widely utilized for a variety of critical applications: providing waterproof sealing and lubrication for power battery connectors; offering protective sealing for valves and tubing within battery thermal management systems; suppressing electrical arcs and preventing oxidation at high- and low-voltage switch contacts throughout the vehicle; ensuring waterproof insulation for wiring harness connectors; and providing protective lubrication for relays and sensors. By effectively minimizing contact wear, preventing arc formation, and averting electrical contact failure—while simultaneously delivering superior resistance to water and salt spray—our products safeguard the long-term stability and reliable operation of the entire vehicle's electrical system.

Lubrication Recommendations for Electrical Contacts

The proper method for applying lubricant to electronic contacts involves correct cleaning followed by appropriate lubrication and protection—a process that effectively prevents issues.

Why is compatibility testing necessary?

This article will explain in detail why compatibility testing is required from the perspectives of reasons, risks, standards, and practical applications.

In the world of mechanical equipment, gears are the core components of transmission systems, enduring high loads, friction, and heat.

Based on real-world application feedback, using BG828A can reduce gear wear by 20 % -30 % and extend maintenance intervals. Suitable base oil viscosity (most FRTLUBE products are 220 cSt) and the appropriate NLGI #2 grease consistency grade maintain a lubricating film under high loads, ensuring efficient equipment operation.

The failure of lubricants in high-temperature environments mainly stems from physical and chemical changes, which weaken their lubricating properties and lead to increased wear and tear on mechanical equipment.

High-temperature environments accelerate lubricant degradation, with the lifespan halving for every 10°C increase. Major problems include lubricant decomposition, additive volatilization, oil separation, and viscosity changes, leading to machine failures such as wear, seal leakage, accelerated corrosion, and carbon deposit formation. In food-grade environments, microbial contamination is also a concern. It is recommended to select appropriate high-temperature lubricants, perform regular maintenance, and store them properly in a dry environment at 10-30°C.

What exactly does NSF certification include? Are all additives of the same quality?

This article explores the basic additives used in food-grade lubricants, their key functions, and the importance of NSF certification.

In our daily communications with customers, we often encounter the same question: "Your grease specification states a shelf life of 3 years for the grease, but the warranty period for my equipment is 5 years. Does this mean your grease cannot meet the requirement?

High viscosity damping grease application

High-viscosity damping grease is not just a "grease," but a functional tuning material. It cleverly solves three major problems—noise, vibration, and stiffness—by providing controllable resistance.