Our cutting and splicing services are designed to meet the exacting standards demanded by industrial, commercial, and construction applications. From high-speed plasma cutting to certified welding, we deliver clean and accurate results across a wide range of pipe sizes.
We utilize industry-proven cutting methods to ensure precise, consistent results for every project:
Our team works closely with contractors, fabricators, and procurement teams to determine the most appropriate process for every application.
We offer a full range of end configurations to meet standard specifications as well as custom requirements.
Our certified welders perform structural splicing using customized welding equipment, ensuring code-certified welds to AWS D1.1 on both non-alloy and alloy materials.
We are committed to delivering verified, reliable results on every order:
AWS D1.1 is the Structural Welding Code published by the American Welding Society. It establishes the standards for welding structural steel, including requirements for welder qualifications, welding procedures, inspection, and testing. When pipe splicing is performed in accordance with AWS D1.1, it means the welds are documented, repeatable, and code-compliant.
Each method is suited to different applications. Mechanical torch cutting uses a controlled flame process ideal for thicker-walled materials and field-compatible applications. High-speed plasma cutting delivers fast, clean cuts on a wide range of pipe sizes and wall thicknesses, making it one of the most versatile options for production environments. Precision saw cutting offers the tightest tolerances and the smoothest end finish, and we are capable of cutting pipe up to 24″ O.D. Our team will help you determine the most appropriate method based on your material, diameter, wall thickness, and end-use requirements.
Yes, ultrasonic testing (UT) is available as an added quality assurance measure upon request at the buyers expense for welded splices. UT uses high-frequency sound waves to detect internal weld defects that are not visible to the naked eye. It is recommended for structural, load-bearing, or safety-critical applications where weld integrity must be verified and documented.
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