Rubber lined saddle clamps are engineered to provide stable and insulated support for pipes, tubes, and cables in industrial environments. This clamp features a robust metal band—available in stainless steel or zinc-plated carbon steel—combined with a molded EPDM rubber strip. The result is a durable, corrosion-resistant component capable of absorbing vibration, reducing mechanical noise, and protecting mounted components from abrasion and electrical conductivity.
Such clamps are an essential element in factory assembly lines, HVAC ducting, electrical cable trays, and heavy machinery where consistent performance and mechanical reliability are critical.
Two metal band options are available: stainless steel (ideal for corrosive or outdoor environments such as marine, chemical, or refrigeration installations) and zinc-plated steel (suited for indoor mechanical or electrical systems). The EPDM liner provides elastic support and thermal resistance, making it compatible with metal, rubber, or plastic tubing.
Procurement teams often choose this clamp design to standardize support elements across a range of equipment, from wall-mounted conduits to engine bay tubing, thanks to its versatile compatibility with M6 fasteners and wide size range.
The clamp's curved profile is tailored to wrap around cylindrical bodies and includes a standard ~6.4mm screw hole, simplifying direct bolt-on mounting without auxiliary brackets. Once mounted, the EPDM liner reduces rattle, prevents galvanic contact, and acts as a shock absorber in high-vibration environments.
This is particularly valuable in automotive exhaust systems or HVAC blower assemblies, where long-term mechanical stress or temperature variation may otherwise damage unprotected pipes or cables.
Whether you're integrating fluid lines into a modular equipment frame or installing long cable runs in a data center, these clamps provide a secure, maintenance-free hold. In energy, telecom, and electrical infrastructure projects, they help meet compliance standards for cable separation and system grounding while improving durability and visual consistency.
Automotive Tier 2 and Tier 3 suppliers frequently specify rubber lined clamps for underbody and engine bay cable routing, taking advantage of the clamp’s combined structural stability and thermal insulation.
For integrators or system OEMs, these clamps can be produced in batch with custom hole sizes, logos, surface treatments (passivation, powder coating), and EPDM hardness grades based on your system's requirements. Common custom orders include extended leg lengths, slotted holes for adjustability, or dual mounting tabs for complex pipe routing.
We support private label packaging, industrial-grade carton shipping, and MOQ-based pricing models. Our manufacturing line is optimized for repeatable quality control and scalable production, ensuring reliable lead times for global procurement teams.
| Parameter | Specification |
|---|---|
| Clamp Material | SS304 / SS316 / Zinc-Plated Steel |
| Lining Material | EPDM Rubber (Black, Non-Conductive) |
| Available Inner Diameter | 6mm to 60mm (custom sizes optional) |
| Mounting Hole Diameter | ~6.4mm (fit for M6 bolt) |
| Working Temperature | -40°C to +120°C (EPDM performance range) |
| Resistance | UV, Ozone, Water, Mild Acids (EPDM) |
| Corrosion Resistance | Excellent (SS), Moderate (Zinc-plated) |
| Application | Piping, Cabling, Exhaust, HVAC, Conduit |
| OEM Support | Yes, custom branding, packaging, sizes |
Q1: What's the difference between stainless steel and zinc-plated versions?
Stainless steel clamps are more corrosion-resistant and suitable for long-term or outdoor use. Zinc-plated versions offer cost-effective performance for general indoor applications.
Q2: Can the EPDM liner be customized for high-temperature use?
Yes. We can supply higher temperature rubber types, such as silicone, based on your operating requirements.
Q3: What’s the production lead time for custom bulk orders?
For standard sizes, lead time is typically 7–10 working days. Custom orders may require 12–20 days depending on volume and tooling.
Q4: Is this clamp suitable for use in vibration-sensitive systems?
Absolutely. The EPDM lining provides effective damping for machinery, exhaust, and mobile system applications.
Q5: Can you provide technical drawings or CAD files for integration?
Yes. CAD or PDF technical drawings are available upon request to support system integration or design validation.