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Product Description
Permanent mechanical locking helps reduce loosening caused by vehicle vibration and long-term operation. Depending on band specification, selected CV joint boot clamps can provide approximately 2,400–7,000 N of clamping force, helping boots remain securely seated and reducing repairs caused by loose connections.
Continuous 360° contact distributes clamping force more evenly around the boot instead of concentrating pressure at one point.Smooth, deburred edges also help reduce surface damage during installation and long-term use.
Visible ear compression provides a practical reference for clamp closure.Matching manual or pneumatic CV boot clamp tools improve repeatability and help reduce overtightening, insufficient tightening and variation between assemblies.
Integrated buckle allows quick band pulling and tightening, with tensile resistance of approximately 60 kg. Suitable for routine CV boot repair, replacement and general assembly.
Reinforced separate buckle provides tensile resistance above 100 kg. Suitable for higher-vibration applications or assemblies requiring a stronger connection.
Weld-free stamped construction with an integrated buckle rated for tensile loads above 160 kg. Designed for projects requiring higher locking strength and structural reliability.
Guided band design supports more stable positioning and tightening before ear crimping. Suitable for assemblies requiring both diameter adjustment and consistent placement.
Stepped tooth positions accommodate several nearby diameters. Ear crimping then provides stable locking for related boot sizes.
Multiple locating holes make diameter selection clear and repeatable. Suitable for faster assembly and reduced positioning errors.
Stepless 360° inner surface provides continuous contact without pronounced gaps or steps. Smooth deburred edges help protect rubber boots during tightening.
Low-profile earless construction fits restricted assembly spaces and supports radial or axial installation. Continuous 360° clamping helps reduce local gaps while accommodating balance and tolerance variation.
| Style | Material | Width | Thickness | Size Range |
| Pull-Through Universal Type | SUS201 | 7 mm | 0.30 mm | 350 / 750 mm band length |
| Pull-Through Reinforced Type | SUS201 | 7 mm | 0.30 mm | Custom |
| Pull-Through Premium Type | SUS304 | 6.5 / 10 mm | 0.45 mm | Custom |
| Guided Single-Ear Adjustable | SUS201 / SUS304 | 7 / 8 / 9 mm | 0.60 mm | 26–120 mm |
| Multi-Tooth Single-Ear Adjustable | SUS201 / SUS304 | 7 mm | 0.60 mm | 20–40 / 60–120 mm |
| Multi-Hole Single-Ear Adjustable | SUS201 / SUS304 | 7 / 8 mm | 0.60 / 0.80 mm | 25–42 / 60–120 mm |
| Stepless Single-Ear | SUS304 | 7 / 10 mm | 0.60 / 0.80 / 1.00 mm | 6.5–120 mm |
| Stepless Earless | SUS304 | 7 / 9 / 10 mm | 0.60 mm | 21–120 mm |
YDCT operates more than 20,000 m² of production space under management systems including IATF 16949 and ISO 9001. Relevant CV clamps can also be supplied to applicable RoHS requirements.
Main in-house processes cover incoming-material inspection, stamping, forming, dimensional verification, cleaning, final inspection and packaging.
Steel bands are checked for visible scratches, mechanical damage and burrs before production. Material composition is verified according to incoming requirements. Approved drawings, dedicated dies and forming fixtures help maintain defined dimensions and structures across production batches.
First-off samples are inspected for appearance and critical dimensions, including internal diameter after closure. Continuous production begins after conformity with approved drawings has been confirmed. Tensile and hardness testing can also be arranged according to product and project requirements.
Matched SKUs can combine CV boot clamps with automotive boots, circlips and related components, reducing separate sourcing and fitment verification for repair kits or assembly preparation.
Available packaging includes kits, boxes, bags and bundled single-size packs. Manual or pneumatic CV boot clamp tools can also be supplied. For selected standard sizes, reference lead time for 10,000 pieces is approximately seven days, subject to specification, packaging and production schedule.
How to Install and Tighten a CV Boot Clamp?
Seat both ends of the boot correctly in the grooves on the CV joint housing and axle shaft. Position the clamp evenly, without twisting or misalignment, and leave enough room for the locking mechanism and installation tool.
For ear type CV boot clamps, center matching CV boot clamp pliers over the ear and close them in one smooth, even movement. Proper closure should appear relatively symmetrical, with the clamp seated flat in the groove. Production assembly should follow confirmed closure parameters rather than visual judgement alone.
Pull-type CV boot bands require a banding tool with a winding spindle and cutter. Feed the band through the buckle and tool, tighten it gradually, pivot the tool toward the buckle to retain tension, then cut and secure the remaining tail.
Correct installation should hold the boot firmly without excessive compression, rolled edges or abnormal deformation. General-purpose pliers should not replace matching crimping or banding tools.
Can Fewer CV Boot Clamp Sizes Cover Multiple Boot Diameters?
Yes. Pull-type, multi-tooth or multi-hole adjustable CV boot clamps can cover nearby boot diameters with fewer specifications, helping reduce SKU count and inventory pressure.Extremely wide adjustment ranges are not always practical. Buckle position, band overlap, tail length and installed profile may change near either end of the range.Grouping actual installation diameters into several practical size ranges usually provides a better balance between SKU reduction and consistent closure.
Should a Repair Kit Use Pull-Type or Single-Ear CV Boot Clamps?
Selection depends mainly on kit coverage and installation conditions.Pull-type or adjustable CV boot clamps provide more flexibility when one kit must cover several nearby diameters or vehicle applications. Correctly sized single-ear or stepless clamps are better suited to fixed boot models requiring repeatable placement and closure.Limited installation space may favor low-profile earless CV boot clamps. Higher tensile requirements may justify reinforced or premium pull-type designs.Suitable clamp size, adjustment method, installation tool and kit coverage should be considered together rather than treating one structure as universally better.
Why Does a CV Boot Need Separate Large-End and Small-End Clamps?
Large and small boot ends connect to components with different diameters. Large-end CV joint clamps normally fit the joint housing, while small-end CV axle clamps fit the axle shaft.Both clamps may share the same structure, but their dimensions should be confirmed separately.Fixed kit combinations containing a boot, large-end clamp and small-end clamp can reduce warehouse pairing errors and incorrect installation.
Why Can CV Boot Kits for the Same Vehicle Use Different Clamp Sizes?
Boots listed for the same vehicle may still differ in material, mold design, wall thickness and groove geometry. Actual assembled diameters can therefore vary between suppliers.Vehicle and OE references support preliminary selection but cannot fully replace assembled-diameter measurements.After changes to boot supplier, material or tooling, existing CV axle boot clamps may remain within their nominal range while producing different band overlap, buckle positions or installed profiles.
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