ICS Industries – 1/4″ OD Copper Refrigeration ACR Tubing 50 FT

Description

Product Overview

ICS Industries brings you a premium 1/4″ OD copper refrigeration ACR tubing designed specifically for demanding HVAC and commercial cooling systems. This 50‑foot length of soft copper pipe features a precise .030‑inch wall thickness, delivering the perfect balance of flexibility and strength. Crafted from high‑grade copper and fully compliant with ASTM B‑280 standards, the tubing offers superior thermal conductivity, corrosion resistance, and durability. The product dimensions are 600 inches in length (50 ft) with a consistent 0.25‑inch outside diameter, ensuring seamless integration with standard refrigeration fittings and components. Made in the USA, each coil undergoes rigorous quality checks to guarantee uniform wall thickness and flawless surface finish, providing installers with confidence and peace of mind.

Usage

This copper refrigeration tubing excels in a variety of real‑world environments. It is ideal for residential and commercial HVAC installations, including air‑conditioner condensers, heat pumps, and refrigeration units. The soft‑copper ACR (Air Conditioning and Refrigeration) design allows for easy bending around tight corners without cracking, making it perfect for retrofits and new builds alike. The tubing also performs well in industrial chillers, process cooling loops, and laboratory refrigeration equipment where reliable heat transfer and long‑term reliability are critical. Because of its ASTM B‑280 certification, the tubing meets the stringent requirements of both North American and international standards, ensuring compatibility with a wide range of refrigerants and system designs.

Why Choose Us

Choosing ICS Industries means selecting a partner committed to quality, performance, and customer support. Our copper tubing is sourced from domestic manufacturers who adhere to strict environmental and manufacturing protocols, guaranteeing a product free from contaminants and defects. Each coil is inspected with precision measurement tools to confirm the .030‑inch wall thickness and 0.25‑inch OD, delivering consistent performance across every batch. We stand behind our product with a responsive after‑sales service team ready to assist with technical questions, installation guidance, and warranty claims. Our dedication to continuous improvement means we regularly update our product specifications to align with the latest industry standards and refrigerant technologies, ensuring you receive a future‑proof solution.

Key Features

• Easy‑bend soft copper design reduces installation time and labor costs.
• Precise .030‑inch wall thickness provides reliable pressure handling and durability.
• ASTM B‑280 certification guarantees compliance with industry standards.
• Made in the USA for consistent quality and reduced lead times.
• Responsive customer support and technical assistance for seamless project execution.

FAQ

What refrigerants are compatible with this tubing?

The tubing is compatible with all standard HVAC refrigerants, including R‑22, R‑410A, R‑134a, and newer low‑GWP options. Its material composition ensures safe operation across a wide temperature range.

Can the tubing be bent on‑site?

Yes, the ACR soft‑copper construction allows for gentle bending on‑site without cracking. For best results, use a tubing bender and avoid sharp angles that exceed the recommended bend radius.

What is the warranty coverage?

ICS Industries offers a one‑year limited warranty covering material defects and manufacturing issues. Our support team will work with you to resolve any concerns promptly.

Is this product suitable for outdoor installations?

Absolutely. The copper material provides excellent corrosion resistance, making it suitable for both indoor and outdoor refrigeration applications when properly protected from physical damage.

How does the wall thickness affect performance?

The .030‑inch wall thickness balances flexibility with strength, allowing the tubing to handle typical refrigeration pressures while maintaining efficient heat transfer. This thickness also contributes to a longer service life compared to thinner alternatives.