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Virtually all rubber hose compresses "cold flow" after installation of a clamping device, resulting in an almost immediate torque loss that can exceed 80% of installation torque. Similarly, virtually all metal connections expand as a system heats up, and then contracts as the system cools. Conventional worm-gear, T-Bolt, and other clamps are passive, in that expansion and contraction of components cannot be compensated for without retightening or loosening the clamps. This Breeze clamping system is an "active" clamp mechanism, which monitors and then compensates for the temperature changes by actually changing diameter through a unique worm-gear Belleville assembly. and then update cheapest prices immediately. Limited time Only!
Constant-Torque Hose Clamp - Standard CT 9424 - 1-1/16''-2'' review
Constant-Torque Hose Clamp - Standard CT 9424 - 1-1/16''-2'' Technical Details
- 9/16" (14mm) band width
- 410 Stainless Steel Hex Screw, Stainless Steel - Virtually unlimited product life - won't rust or corrode and is reusable
- Quadra-lock construction - housing orbitally riveted to saddle at 4 points providing extra strength
- Liner protects soft or silicone hose from damage, extrusion or shear
- Fleet standard - easily installed, easily replaced in the field
Constant-Torque Hose Clamp - Standard CT 9424 - 1-1/16''-2'' : details
[if Virtually all rubber hose compresses "cold flow" after installation of a clamping device, resulting in an almost immediate torque loss that can exceed 80% of installation torque. Similarly, virtually all metal connections expand as a system heats up, and then contracts as the system cools. Conventional worm-gear, T-Bolt, and other clamps are passive, in that expansion and contraction of components cannot be compensated for without retightening or loosening the clamps. This Breeze clamping system is an "active" clamp mechanism, which monitors and then compensates for the temperature changes by actually changing diameter through a unique worm-gear Belleville assembly.]
Constant-Torque Hose Clamp - Standard CT 9424 - 1-1/16''-2'' Overviews
Virtually all rubber hose compresses "cold flow" after installation of a clamping device, resulting in an almost immediate torque loss that can exceed 80% of installation torque. Similarly, virtually all metal connections expand as a system heats up, and then contracts as the system cools. Conventional worm-gear, T-Bolt, and other clamps are passive, in that expansion and contraction of components cannot be compensated for without retightening or loosening the clamps. This Breeze clamping system is an "active" clamp mechanism, which monitors and then compensates for the temperature changes by actually changing diameter through a unique worm-gear Belleville assembly.
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