MOC12/MOC16 DUAL CLIP POLYAMIDE 6.6

Part № RX00634ADD

Coating None
numberoftubes 2
Request quantity

Technical details

Feature images are indicative only. Refer to technical drawing for final dimensions.

Box quantity

2000

Connection

None

DiameterA

18.3

DiameterB

13.8

HasSwivel

1

Material

PA66

NumberOfTubes

2

Coating View details

Features

Do you have any questions about this product?

Richard, our product expert on external threaded fasteners is ready to answer all your questions.

RX00634ADD

The MOC12/MOC16 Dual Clip Polyamide 6.6, part number RX00634ADD, is engineered to meet the demands of secure tube management. This clip is crafted from robust PA66 material, known for its excellent durability and resistance to wear. Designed to accommodate two tubes, this dual clip features precise internal diameters of 18.3mm and 13.8mm, ensuring a snug fit for various applications. With a swivel design included, the clip allows for flexible installation, making it adaptable to different positioning needs.

This product is not just about versatility; it's also about efficiency. Each box contains 2000 clips, offering ample supply for extensive use. Sourced by Facil, a name synonymous with quality in the industry, these clips embody reliability in every piece. Whether used in automotive projects or other industrial applications, the MOC12/MOC16 Dual Clip provides both strength and flexibility, suitable for maintaining order in complex assemblies.

Beyond its functional capabilities, the RX00634ADD clip's innovative design reduces the need for multiple fastening solutions. The high-quality polyamide construction ensures long-lasting performance even in environments where temperature and pressure may fluctuate. As a component that excels in both performance and reliability, it proves invaluable for professionals who require consistent and dependable tube management solutions.

Ideal for those who prioritize quality and precision, the RX00634ADD clip delivers a streamlined solution for tube management without compromising on the robustness required for demanding environments.