DOM Steel Tube

Products Description: 4.7mm 6.6mm 0.185in 0.26in Precision SAE 1020 ASTM A513 DOM tubing DOM Steel Pipe Steel Grade/Steel Material: SAE1020 1020 Q235B etc carbon steel Delivery Condition: BK, BKW, BKS, GBK, NBK Size Range: OD: 4.0-420mm WT:0.5-50mm Length: max 12000mm Our regularproduction size 125mm 139mm OD Characteristic: Good concentricity Good OD and ID tolerance High Precision Stable quality Smooth Roughness TORICH QUALITY ASSURANCE Hydraulic cylinder using 1026 DOM

Torich ASTM A513 Carbon Seamless Steel Pipes Precision DOM Steel Tube Product Description:​ China DOM Steel Tubes supplier & manufacturer, offer low price, high quality engineering Special Steel,DOM Seamless Steel Tubes, DOM Steel Pipe, etc. Steel Grade/Steel Material: Chemical composition(cast analysis)a Steel Grade % by mass Name Number C max Si max Mn max P max S max Altot min E215 1.0212 0.10 0.05 0.70 0.025 0.015 0.025 E235 1.0308 0.17 0.35 1.20 0.025 0.015 - E355b 1

Quick Detail: SAE J525 Welded Cold Draw Low Carbon Steel Tubing annealed for bending and flaring Size range: O.D.:30-350mm W.T.:1-15mm L: 12000mm or Cut to Short Pieces as specified length Applications: for Bending and Flaring, Auto Parts Manufacture: The tubing is made from flat-rolled steel shaped into a tubular form, the edges of which are joined and fused together by electric-resistance welding. After forming and welding, the tubing is normalized and subject to a cold

Drawn Over Mandrel Tubing ERW Welded Alloy Steel Tube For Mechanical Equipment Drawn‑Over‑Mandrel (DOM) ERW welded alloy steel tube is produced by cold‑drawing electric‑resistance‑welded (ERW) tube through a mandrel to achieve precise dimensions, smooth inner surfaces, and enhanced mechanical properties. It combines the cost‑efficiency of ERW fabrication with mechanical performance approaching that of seamless tubing. Typical outside diameters range from 12 mm to 114 mm, wall

ASTM A513 Type 5 Drawn-Over-Mandrel (DOM) Carbon Steel Mechanical Tubing 1. Material Overview ASTM A513 Type 5 designates electric-resistance-welded (ERW) carbon steel tubing that undergoes a Drawn-Over-Mandrel (DOM) process. This cold-drawing ensures close control of dimensions—tight outside/inside diameter and wall thickness tolerances—uniform concentricity, dense surfaces, and predictable mechanical strength. It’s widely used for precision mechanical parts including

Round DOM Roll Cage Tubing Structural Steel Pipe DOM Tubing For Roll Cage 【Material】 Drawn Over Mandrel (DOM) tubing is produced by electric resistance welding of carbon-steel strip followed by cold drawing over a mandrel to remove weld flash and enhance mechanical properties. This process yields: Uniform wall thickness and concentric OD/ID. Improved yield and tensile strength compared to standard ERW tubes. Smooth OD/ID surfaces, requiring minimal machining. 【Specifications】

Rury stalowe wykończone na zimno ERW DOM zgodnie z BS 6323-6. OD 6-350mm, WT 1-35mm, długości do 12m. Klasy CEW1a-CEW5a. Kontrolowane OD/ID, poprawiona okrągłość, zmniejszony wpływ szwu spawalniczego. Idealny do elementów samochodowych i mechanicznych wymagających precyzyjnych wymiarów.

High Precision Cold Drawn DOM Welded Tubes With Good Mechanical Properties High precision cold drawn DOM welded tubes are ERW carbon steel mechanical tubes processed by cold drawing over a mandrel to improve OD/ID accuracy, wall uniformity, concentricity, surface finish, and mechanical stability. They are suitable when ordinary ERW tubing is not precise enough for machining, press-fitting, bearing support, or controlled assembly clearance. For international purchasing, the

Dom Round Tubing Welded Carbon Round Steel Tube for Precision Machinery Material Overview Dom Round Tubing—commonly referred to as DOM (Drawn Over Mandrel)—is produced from electric-resistance-welded (ERW) steel (typically AISI 1020, 1026, or equivalent). It undergoes cold drawing over a mandrel to remove weld flash, enhancing dimensional accuracy, concentricity, strength, and surface quality. It is widely used in precision machinery due to these enhanced characteristics.