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Pin-Type Quick Release HD Clamp
Pin-type quick release HD clamps are aluminum connection assemblies designed for turbocharger, intercooler, intake, and charge piping systems. Unlike screw-locking versions, the clamp housing is secured with a removable locking pin, so you do not need to repeatedly tighten screws during each disassembly and reassembly. This makes routine inspection, adjustment, and maintenance more convenient.
Complete Assembly: Clamp housing, weld ferrules, center sleeve, and sealing rings
MOQ: 10 sets
Mixed Sizes: Supported within one order
Custom Housing Color: Available
Custom Logo: Flat engraving or laser engraving
Packaging: Neutral box, individual packaging, or foam bag + box
Complete Assembly: Clamp housing, weld ferrules, center sleeve, and sealing rings
MOQ: 10 sets
Mixed Sizes: Supported within one order
Custom Housing Color: Available
Custom Logo: Flat engraving or laser engraving
Packaging: Neutral box, individual packaging, or foam bag + box
Product Description
Standard Specifications
Dimensional Reference
Independent Locking Pin for Faster Service
Dual-Side Sealing for a Stable Connection
Sealing rings on both sides work with the center sleeve and weld ferrules to create two controlled sealing interfaces rather than relying on a single contact surface. This helps maintain a consistent airtight connection as charge piping is exposed to pressure changes and vibration, while also giving assembled piping systems a clearer, more repeatable sealing arrangement for batch production and aftermarket kits.
Flexible Joint to Reduce Pipe-End Stress
The center sleeve and dual sealing rings allow limited movement between the two weld ferrules, helping accommodate vibration, thermal movement, and minor installation variation. Compared with a completely rigid joint, this can reduce continuous stress around welds and pipe ends in turbo, intercooler, and charge-pipe systems. The added movement also provides useful assembly tolerance for complete piping kits, reducing the need to rework pipe alignment when small positional differences occur.
