LubX® C is a high-performance UHMWPE (Ultra High Molecular Weight Polyethylene) material specifically designed for applications with POM and steel. It features outstanding dry-running properties, making it an excellent choice for conveyor systems, automation technologies, and food processing industries.
Compared to conventional sliding materials, conveyor systems equipped with LubX® C require significantly less energy. Its exceptionally low coefficient of friction nearly eliminates the slip-stick effect (backsliding), ensuring greater process stability and efficiency.
Benefits & Functions
- Reduces energy consumption in conveyor systems.
- Prevents slip-stick (backsliding) for more stable processes.
- Lowers noise levels in moving applications.
- Meets international food safety standards.
- Suitable for dry-running applications without additional lubrication.
Key Technical Specifications
- Material: UHMWPE (Ultra High Molecular Weight Polyethylene).
- Coefficient of friction up to 75% lower with POM compared to standard PE-UHMW.
- Coefficient of friction up to 60% lower with steel compared to standard PE-UHMW.
- Food grade compliant with FDA/21CFR177.1520, 10/2011/EU, and 1935/2004/EC.
- Dimensions: 25.000 x 17.5 x 8 mm (bar).
Advantages Over Conventional Materials
- Higher energy efficiency due to reduced friction.
- Food-grade quality that meets international standards, safe for food and beverage applications.
- Excellent durability under dry-running conditions without the need for lubricants.
- Stable performance with minimal slip-stick effect, improving process reliability.
- Environmentally friendly in operation by reducing energy needs and noise levels.
Recommended Industries & Applications
LubX® C is highly recommended for use in:
- Mechanical Engineering
- Conveyor Technology & Automation
- Food Industry (meat, fish, poultry, bakery, confectionery)
- Beverage Industry
Enhance your production performance with LubX® C from Asia Polymer. Choose a high-quality material engineered for efficiency, safety, and long-term reliability.