Chrome-Plated CNC Iron Threaded Parts for Marine Cable Sleeves & Covers

Product Overview

Chrome-Plated CNC Iron Threaded Parts for Marine Cable Sleeves & Covers are precision-engineered components designed for secure and corrosion-resistant cable management in marine environments.

Key Features

• Material: High-quality iron, CNC-machined for tight tolerances and durability.

• Surface Finish: Chrome-plated for superior corrosion resistance and a polished appearance.

• Design: Threaded connections ensure a secure, watertight fit for cable sealing sleeves and retaining covers.

• Application: Ideal for marine, offshore, and harsh industrial environments requiring reliable cable protection.

Product Specifications

FAQ

1. What are the key benefits of these chrome-plated iron parts?

• Corrosion resistance: Chrome plating protects against saltwater, humidity, and UV exposure.

• Durability: CNC-machined iron ensures high strength and precise threading for leak-proof cable sealing.

• Aesthetics: Polished chrome finish provides a sleek, professional look.

2. What thread standards do you support?

• Standard threads include Metric (M), UNC, UNF, NPT, and PG. Custom threads (e.g., BSPP, BSPT) are available upon request.

3. Are these parts suitable for underwater use?

• Yes, when paired with marine-grade cable glands/seals, they meet IP68 or NEMA 6P standards for submersion (specify depth/pressure requirements).

4. What is the chrome plating thickness?

• Typically 10–20 µm (microns), with options for thicker plating for extreme environments.

5. Can I request custom sizes or markings?

• Yes, we offer custom machining for sizes (M12–M50+), thread pitches, and laser-etched logos/part numbers.

6. How do these compare to stainless steel parts?

• Cost-effective: Iron with chrome plating offers similar corrosion resistance to SS at a lower cost.

• Strength: Iron withstands higher mechanical stress than most stainless grades (e.g., 304).

7. What’s the lead time for orders?

• Customized orders: 4–6 weeks (depending on complexity).