Turbosmart TS-HCT-M042 Constant Tension Clamps for Silicon Hoses, 1.375-1.875 inch Range

Constant Tension clamps from Turbosmart are designed to compensate for hoses' thermal cycling and deformation, such as silicon hose and rubber. As components like couplers, pipes and hoses heat cycle within an engine bay, they expand and contract in size. Our Constant Tension clamps, outer 'Spring Action Band' works to maintain consistent force & load for maximum reliability, including against deformation and 'Compression Set'.
Constant Tension Clamps - Suits the Turbosmart Silicon Hose range.

• Reduced Stress & Distress to the hose, increasing service life


• Dual Spring Action through convoluted Spring Action Band


• Dual Bead Inner shell for concentrated sealing force


• Flanged Edges for protection of soft hose compounds

Turbosmart's TS-HCT-M042 Constant Tension Clamps are engineered to provide reliable and consistent hose sealing in high-performance automotive applications. Designed specifically for use with Turbosmart's silicon hose range, these clamps feature a unique 'Spring Action Band' that maintains steady tension despite thermal cycling and hose deformation. This design helps to prevent leaks and maintains optimal performance even under the extreme conditions found in engine bays. The dual spring mechanism ensures a balanced, uniform force distribution, reducing stress and strain on hoses and extending their service life. The dual bead inner shell concentrates sealing force, while flanged edges protect soft hose materials from damage, ensuring long-lasting durability and effective sealing.

Features:

• Spring Action Band: Maintains consistent tension despite thermal expansion and contraction

• Dual Bead Inner Shell: Provides concentrated sealing force for reliable performance

• Flanged Edges: Protect soft hose compounds from damage during installation and operation

• Extended Hose Life: Reduces stress and deformation, increasing the longevity of hoses

• Designed for Turbosmart Silicon Hoses: Ensures perfect fit and optimal sealing in high-performance setups