Multibase HMB1103
Siloxane Additives for POM Compounds
Our expanding family of siloxane additives greatly enhance the surface properties of polyoxymethylene (POM) compounds used in automotive, consumer, medical and electronics applications. Available in pellets, MULTIBASE™ MB40-006 and MULTIBASE™ HMB-1103 can significantly improve a compound’s coefficient of friction (CoF), allowing it to achieve greater performance at significantly lower levels of polytetrafluoroethylene (PTFE) or silicone-oil, while maintaining excellent mechanical properties. Additionally, they improve abrasion and mar resistance and offer superior processability vs. competitive materials through torque reduction. These ultra-high molecular weight polymers also overcome the handling and surface adhesion difficulties typical of similar plastic additives.
Key Features
• Better CoF performance over PTFE additives
• Significantly lower dosage needed
• Improves abrasion and mar resistance
• Contributes to torque reduction
• Suitable for in-kind and out-of-kind sliding partners
• Available in pellet form
Benefits
•Contributes to visual and aesthetic improvements
• Provides great design freedom due to the improved ability to imprint injected parts
• Mechanical properties of POM compounds not impacted • Improves processability
• Lowers costs and time to market
Target Applications
• Manufacturing: bearings, gears and conveyor belts
• Automotive: window lifting systems and steering column sensors
• Medical: small form factors such as insulin pens and dry powder inhalers
• Electronics: housings and roller shutter systems
• Consumer: kitchen and household appliances and sports equipment
Our expanding family of siloxane additives greatly enhance the surface properties of polyoxymethylene (POM) compounds used in automotive, consumer, medical and electronics applications. Available in pellets, MULTIBASE™ MB40-006 and MULTIBASE™ HMB-1103 can significantly improve a compound’s coefficient of friction (CoF), allowing it to achieve greater performance at significantly lower levels of polytetrafluoroethylene (PTFE) or silicone-oil, while maintaining excellent mechanical properties. Additionally, they improve abrasion and mar resistance and offer superior processability vs. competitive materials through torque reduction. These ultra-high molecular weight polymers also overcome the handling and surface adhesion difficulties typical of similar plastic additives.
Key Features
• Better CoF performance over PTFE additives
• Significantly lower dosage needed
• Improves abrasion and mar resistance
• Contributes to torque reduction
• Suitable for in-kind and out-of-kind sliding partners
• Available in pellet form
Benefits
•Contributes to visual and aesthetic improvements
• Provides great design freedom due to the improved ability to imprint injected parts
• Mechanical properties of POM compounds not impacted • Improves processability
• Lowers costs and time to market
Target Applications
• Manufacturing: bearings, gears and conveyor belts
• Automotive: window lifting systems and steering column sensors
• Medical: small form factors such as insulin pens and dry powder inhalers
• Electronics: housings and roller shutter systems
• Consumer: kitchen and household appliances and sports equipment
05 Mar 2023
