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- About CDA
Tube, Pipe & Fittings
- Overview
- Key Copper Benefits
- TechCorner
- Copper Piping Systems and Acoustical Sealants
- Soldering and Brazing Explained
- Can Copper Tube Be Used in Steam and Steam Condensate Piping Systems?
- How to Prevent Corrosion of Copper Tube in Underground or Buried Applications
- Is It True That Electrolysis Can Cause My Copper Tube To Fail?
- Corrosion of Mixed Metal Fire Sprinkler Systems
- Why Do I Have Blue/Green Staining Of My Bathroom Fixtures
- Is There A Problem With Embedding Copper Tube In Concrete?
- Designing and Installing Copper Piping Systems
- Glossary of Technical Terms
- Copper Piping Systems and Acoustical Sealants
- Project Managers
- DIY: Do It Proper With Copper Video Series
- Applications
- Resources & Tools
- Benefits of Copper Plumbing
- Best Buy in Plumbing
- Working with Plumbing Subcontractors: Doing Your Homework
- Homebuyers Prefer Copper
- Installation Support
- Working with Plumbing Subcontractors: Problem Solving
- Working with Plumbing Subcontractors: Running the Job
- Selling with Copper: Showcasing Your Copper
- Selling to the Residential Market
- Selling with Copper
- Working with Plumbing Subcontractors: Role in Your Business
- Builder Satisfaction Program
- Copper Brochures
- Why Your Builder Chose Solid Brass Hardware
- Why Your Builder Chose Solid Brass Plumbing Fixtures
- Why Your Builder Chose Copper Communications Wiring
- Why Your Builder Chose Copper Flashing
- Why Your Builder Chose Copper Plumbing
- Why Your Builder Chose All Copper Wiring
- Why Your Builder Chose Flexible Copper Tube for Gas Distribution
- Why Choose Copper Plumbing
- Consumer Frequently Asked Questions (FAQs)
- Manufacturer's 50-Year Warranty
- Benefits of Copper Plumbing
- Installing Copper Piping Systems
- Technical References
- Guide Specifications on Plumbing
- Copper Tube Handbook
- Standard Tubes
- Selecting the Right Tube for the Job
- Design and Installation Data
- Technical Data
- Bending
- Joining Methods
- Fittings, Solders, Fluxes
- Soldered Joints
- Brazed Joints
- Flared Joints
- Roll Groove Joints
- Press-connect Joints
- Push-connect Joints
- Mechanically Formed Extruded Outlets
- Appendix - Organizations Listing
- Tube Handbook - Desktop App
- Soldering Procedure Specification
- Brazing Procedure Specifications
- Chillers
- Fire Sprinkler Systems Application Handbook
- How Copper Tube is Certified
- Lead Free Requirements of Safe Drinking Water Act
- Copper & Copper Alloy Tube, Pipe & Fittings Standards
- HVAC/R
- Copper DX Geothermal Heat Pumps
Technical Data
- Table 1 Copper Tube: Types, Standards, Applications, Tempers, Lengths - (print-friendly version)
- Table 2a Dimensions and Physical Characteristics of Copper Tube: Type K - (print-friendly version)
- Table 2b Dimensions and Physical Characteristics of Copper Tube: Type L - (print-friendly version)
- Table 2c Dimensions and Physical Characteristics of Copper Tube: Type M - (print-friendly version)
- Table 2d Dimensions and Physical Characteristics of Copper Tube: DWV (Drain, Waste and Vent) - (print-friendly version)
- Table 2e Dimensions and Physical Characteristics of Copper Tube: ACR (Air-Conditioning and Refrigeration Field Service) - (print-friendly version)
- Table 2f Dimensions and Physical Characteristics of Copper Tube: Medical Gas, K and L - (print-friendly version)
- Table 3a Rated Internal Working Pressures for Copper Tube: Type K* - (print-friendly version)
- Table 3b Rated Internal Working Pressure for Copper Tube: Type L* - (print-friendly version)
- Table 3c Rated Internal Working Pressure for Copper Tube: Type M* - (print-friendly version)
- Table 3d Rated Internal Working Pressure for Copper Tube: DWV* - (print-friendly version)
- Table 3e Rated Internal Working Pressure for Copper Tube: ACR* (Air Conditioning and Refrigeration Field Service) - (print-friendly version)
- Table 4a Pressure-Temperature Ratings of Soldered and Brazed Joints - (print-friendly version)
- Table 4b Pressure-Temperature Ratings of No-flame Joints - (print-friendly version)
- Table 5 Actual Burst Pressures,1 Types K, L and M Copper Water Tube, psi at Room Temperature - (print-friendly version)
- Table 6 Pressure Loss of Water Due to Friction in Types K, L and M Copper Tube (psi per linear foot of tube)
(Part 1: ¼ through 2) - (print-friendly version) - Table 6: Part 2 Pressure Loss of Water Due to Friction in Types K, L and M Copper Tube (psi per linear foot of tube) (Part 2: 2½ through 12) - (print-friendly version)
- Table 7 Pressure Loss in Fittings and Valves Expressed as Equivalent Length of Tube - (print-friendly version)
- Figure 2 Collapse Pressure of Copper Tube, Types K, L and M - (print-friendly version)
- Figure 3 Expansion vs. Temperature Change for Copper Tube - (print-friendly version)
- Table 8 Radii of Coiled Expansion Loops and Developed Lengths of Expansion Offsets - (print-friendly version)
- Figure 4 Coiled Expansion Loops and Expansion Offsets - (print-friendly version)
- Figure 5 Selected Pressure Fittings - (print-friendly version)
- Figure 6 Dimensions of Solder Joint Fitting Ends - (print-friendly version)
- Table 9 Dimensions of Solder Joint Ends for Wrought (W) and Cast (C) Pressure Fittings, inches - (print-friendly version)
- Figure 7 Melting Temperature Ranges for Copper and Copper Alloys, Brazing Filler Metals, Brazing Flux and Solders - (print-friendly version)
- Table 10 Solder Requirements for Solder Joint Pressure Fittings, length in inches* - (print-friendly version)
- Figure 8 Brazing Flux Recommendations - (print-friendly version)
- Table 11 Typical Brazing Filler Metal Consumption - (print-friendly version)
- Table 12 Filler Metals for Brazing - (print-friendly version)
- Table 13 Bending Guide for Copper Tube - (print-friendly version)
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