July 2026

Proper cleaning and degreasing of copper tubes is essential before brazing, welding, or putting them into critical service. Contamination from manufacturing oils, drawing compounds, storage corrosion, and handling can compromise joint integrity, degrade process fluids, or cause failures in oxygen, refrigeration, and medical gas systems. CoreMetal Steel supplies copper tubes with factory cleaning options for […]

Proper pipe support design is essential for safe piping system operation. Supports control pipe movement, carry weight, manage thermal expansion forces, and protect connected equipment from excessive nozzle loads. The three fundamental types – fixed, guided, and free – form the basis of all piping support systems. CoreMetal Steel supplies steel pipe and structural materials

Nickel alloy clad steel plate combines the corrosion resistance of expensive nickel alloys with the structural strength and economy of carbon steel. This bimetallic composite has become indispensable in industries where equipment must withstand aggressive corrosive environments while maintaining structural integrity under pressure and temperature. CoreMetal Steel supplies nickel alloy clad steel plate for demanding

Determining the correct wall thickness for steel pipe is one of the most fundamental engineering tasks in piping design. An undersized wall risks catastrophic failure under pressure, while an oversized wall wastes material and drives up costs. The challenge lies in balancing safety, economy, and code compliance. CoreMetal Steel supplies steel pipe in all wall

Aluminum brazing has become increasingly important across automotive, aerospace, HVAC, and electronics industries as manufacturers seek reliable joining methods that preserve base metal properties while creating strong, leak-tight joints. Unlike welding, brazing does not melt the base aluminum, resulting in minimal distortion and preserved mechanical properties. CoreMetal Steel supplies aluminum products and filler metals suitable

Sensitization in the heat affected zone (HAZ) of stainless steel weldments remains one of the most insidious failure mechanisms in corrosion-resistant piping and equipment. When chromium carbides precipitate along grain boundaries in the HAZ, the surrounding material becomes depleted of chromium, making it vulnerable to intergranular corrosion that can cause sudden, catastrophic failures in service.

Steel pipe systems operating in high-temperature or variable-temperature environments experience significant thermal expansion forces that can lead to catastrophic failure if not properly analyzed. As global infrastructure increasingly demands reliable piping for power plants, refineries, and chemical facilities, understanding thermal expansion and stress analysis has become critical for engineers and procurement professionals. CoreMetal Steel supplies