Mount Type: BF (Male/Female)
Diameter: 50mm
Height: 30mm
Male Bolt Size: M10
Male Bolt Length: 28mm
Female Bolt Size: M10
Female Bolt Depth: 10mm
Maximum Load Compression: 48Kg
Maximum Shear Load: 12Kg
Material: Natural Rubber (NR)
Colour: Black
Weight: 0.101Kg
The BF-Type Mounts are specifically designed to provide superior vibratory isolation. These mounts are ideal for applications where enhanced material displacement is required. The BF-Type Mounts offer greater material displacement while maintaining stability under pressure. The unique "Waisted" design reduces bond stress at the circular metal plate, promoting longer fatigue life and ensuring maximum isolation even in challenging environments. Learn More
Mount Type: BF (Male/Female)
Diameter: 40mm
Height: 30mm
Male Bolt Size: M8
Male Bolt Length: 23mm
Female Bolt Size: M8
Female Bolt Depth: 8mm
Maximum Load Compression: 28Kg
Maximum Shear Load: 6Kg
Material: Natural Rubber (NR)
Colour: Black
Weight: 0.069Kg
The BF-Type Mounts are specifically designed to provide superior vibratory isolation. These mounts are ideal for applications where enhanced material displacement is required. The BF-Type Mounts offer greater material displacement while maintaining stability under pressure. The unique "Waisted" design reduces bond stress at the circular metal plate, promoting longer fatigue life and ensuring maximum isolation even in challenging environments. Learn More
Mount Type: BF (Male/Female)
Diameter: 20mm
Height: 30mm
Male Bolt Size: M6
Male Bolt Length: 18mm
Female Bolt Size: M6
Female Bolt Depth: 6mm
Maximum Load Compression: 12Kg
Maximum Shear Load: 2.2Kg
Material: Natural Rubber (NR)
Colour: Black
Weight: 0.019Kg
The BF-Type Mounts are specifically designed to provide superior vibratory isolation. These mounts are ideal for applications where enhanced material displacement is required. The BF-Type Mounts offer greater material displacement while maintaining stability under pressure. The unique "Waisted" design reduces bond stress at the circular metal plate, promoting longer fatigue life and ensuring maximum isolation even in challenging environments. Learn More