Durable and Precision-Engineered Aluminium Saddles Clips for Pipe - Tubes

Use the measured outside diameter of the finished pipe or tube, including coating, sleeve or liner. The clip radius and opening must provide secure retention without creating excessive clearance or crushing thin-wall tubing. Mounting-hole position, fastener head clearance and access for installation should also be checked against the assembly drawing.

They can be designed for both, but the contact pressure and retention method must suit the tube wall. Thin-wall tubing is more sensitive to ovalisation and local indentation, so a wider clip, controlled fastener torque or protective liner may be appropriate. Conex reviews diameter, wall thickness, material and service load before confirming the clip geometry.

Material selection considers formability, strength, fatigue resistance, corrosion exposure and required finish. The alloy and temper must withstand forming without cracking while retaining adequate spring and clamping performance. Conex can manufacture to a specified material grade or review the application drawing to recommend a suitable manufacturing route and certification requirement.

Capacity depends on clip width, thickness, profile, alloy, fasteners, mounting-hole spacing, substrate and load direction. Vibration, shock, fluid weight and thermal movement can create forces beyond the static pipe weight. The required working load, safety factor and installation arrangement should be provided so the complete clip-and-fastener system can be assessed.

Yes, for many outdoor applications when the alloy, finish and hardware match the environment. Salt spray, chemical exposure, trapped water and contact with dissimilar metals can still cause corrosion. Anodising, conversion coating, powder coating, drainage details, compatible fasteners and electrical isolation may be specified to improve durability.

A compatible liner or sleeve can separate the clip from the tube, reduce fretting and protect coatings. The liner material should be selected for temperature, chemical exposure, UV resistance, compression set and fire requirements. Its thickness must be included in the clip diameter, and the design should prevent migration during vibration or installation.

They can be engineered for vibration, but the duty cycle, frequency, amplitude and load direction should be identified. Adequate clip stiffness, close fit, resilient lining, suitable fasteners and locking features can reduce movement and noise. High-cycle applications may need fatigue assessment and planned inspection rather than relying on static-load sizing alone.

Spacing is determined by tube material, diameter, wall thickness, contents, orientation, temperature and the applicable engineering code. Excessive spacing can cause sagging and vibration; very rigid support can restrict thermal movement. The system designer should define support intervals, while the clip is selected to carry the resulting reactions.

A clip can act as a fixed restraint or a guide, depending on fit, liner, fastener load and mounting details. Where axial movement is required, the contact interface must allow controlled sliding without wearing through the tube coating. Thermal movement should be calculated and the function of each support point clearly identified on the installation design.

Fastener type depends on the mounting substrate, hole design, load, environment and maintenance requirements. Compatible bolts, screws, washers, rivets or threaded inserts may be specified. Hardware must provide adequate engagement without galvanic corrosion, loosening or local damage. Installation torque should follow the approved fastener and substrate specification.

Saddle clips can be supplied deburred or with finishes such as anodising, conversion coating or powder coating, depending on alloy and service conditions. The specification should define colour, coating thickness, masking areas, cosmetic criteria and contact surfaces. Edges and holes should remain suitable for safe handling and reliable fastener seating after finishing.

Yes. Custom options include diameter, clip width, thickness, single- or multi-hole mounting, slots, tabs, offsets, liners, coatings and identification marks. A drawing or sample should define the tube, mounting surface, loads, space constraints and environment. Conex can then review forming radii, tolerances, tooling and production quantity.

Inspection can include material verification, profile radius, opening, width, thickness, hole size and position, flatness, edge condition and finish. Functional gauges or representative tubes may confirm fit and retention. Material certificates, dimensional reports and coating records can be supplied when agreed in the quality plan or purchase specification.

Provide tube outside diameter, wall thickness and material; clip drawing or sample; mounting-hole pattern; load and vibration; operating temperature; environment; liner and finish; fastener requirements; applicable standard; and quantity. Indicate whether the clip is a fixed restraint or guide so Conex can assess fit, tolerances and manufacturing method accurately.