8 products found
Middletown Tube Works Products
-
Low Carbon Steel Tube
-
Hot Rolled Steel Tube for Extreme Fabrication
A Phillips Hot Rolled Steel Tube begins as white-hot steel heated above its recrystallization point to over 1,700˚F and rolled with a consistent thickness from center-to-edge and end-to-end. An optional pickling acid bath, the only additional processing, maintains hot rolled steel’s less than fine finish, but more than attractive affordability. Hot rolled steel tubes are suitable for the slight bending and fabricating most commonly used to ...
-
Cold Rolled Steel Tube
We mill Phillips Cold Rolled Steel Tube from steel that undergoes less heat and more pressure. Steel manufacturing takes place below recrystallization at room temperature. A cold mill outfitted with specially roughened rollers provides additional processing, giving the steel a uniform, matte finish. Each cold rolled steel tube comes smooth to the touch and readily paintable using essentially any paint system. Available in a wide range of thicknesses and ...
-
Coated Products
-
Aluminized Steel Tube
A Phillips Aluminized Steel Tube undergoes a continuous hot-dip process, building a coating across every millimeter of the surface. Hot-dipping results in a tight metallurgical bond between multiple thin layers of an aluminum-silicon alloy and the tube’s steel core. The final aluminized tube possesses a combination of enhanced properties: the strength of steel sheathed in the corrosion resistance of aluminum and heat protection of aluminum-silicon ...
-
Zinc Nickel Steel Tube
Add high performance to your fabrications with this efficient, economical coating with minimal environmental impact. Zinc-nickel provides the best corrosion resistance and hard wearing protection. Easily powder coated, it’s well-suited for automotive part fabrication. A Phillips Zinc-Nickel Steel Tube receives its excellent corrosion resistance from a coating of zinc-nickel alloy. Zinc-nickel provides a high level of corrosion protection in the ...
-
Galvalume Steel Tube
Coated with a zinc-aluminum alloy, galvalume steel tube combines the corrosion and heat resistance of aluminum with the added strength of zinc for an extra sturdy shield against the elements and temperatures. Perfect for applications demanding long-term resistance to atmospheric corrosion, such as automotive fuel and fluid systems, and automotive exteriors and off-road ...
-
400-Series Stainless Products
-
Model 409 - Stainless Steel Tube
To mill Type 409 Stainless Steel Tube, Phillips Tube begins with a chromium, titanium-stabilized, ferritic stainless steel. Chromium gives this steel grade its excellent corrosion resistance, making it superior to carbon steel and some coated steels. Type 409’s corrosion and oxidation resistance extends into high air temperature environments, making it ideal for more extreme atmospheres. Good formability makes type 409 an ideal choice for ...
-
Model 436 - Stainless Steel Tube
The stainless steel used to mill our Type 436 Stainless Steel Tube receives an added ingredient, molybdenum. Molybdenum gives type 436 tubing its superior pitting resistance, even over type 439 stainless steel tubing. A ferritic stainless steel tube, type 436 outperforms type 409 in oxidation resistance and corrosion testing, especially in high temperatures exceeding 1500˚F (816˚C). Its chemical composition gives type 436 ideal formability for ...
-
Model 439 - Stainless Steel Tube
Each Type 439 Stainless Steel Tube begins with special attention to chemical composition and processing to create a stainless steel with optimum formability as well as extreme oxidation, corrosion and heat resistance. A ferritic stainless steel tube, type 439 outperforms both type 409 and 436 in oxidation and corrosion resistance in the most-demanding environments. Type 439 stainless steel tube withstands temperatures upwards of 1700˚F (927˚C), ...