tubo dell'acciaio di precisione

ASTM B75 C12200 Copper Alloy Tube High-Quality Copper Alloy Tubes For Steam Tracing Material Description ASTM B75 C12200 copper alloy tube is a seamless, cold-drawn phosphorus-deoxidized copper (Cu-DHP) tube designed for general engineering service and particularly well suited for steam tracing and low- to medium-temperature steam lines. The alloy (UNS C12200 / Cu-DHP) combines: Very high copper purity (≥99.9% Cu including Ag) with 0.015–0.040% phosphorus as a deoxidizer,

Thin-Walled Seamless Stainless Steel Tube for Motor Housing Material Overview A thin-walled seamless stainless steel tube is a precision-manufactured hollow stainless component with a very small wall thickness relative to its diameter. The seamless process removes weld seams, ensuring uniform properties, improved reliability, and excellent performance in high-precision applications such as electric motor housings. Specifications Outer Diameter (OD): approx. 1.0 mm up to 100

Medical Stainless Steel Tubing (Small Diameter) for Medical Devices Material This product is a precision stainless steel small-diameter tubing designed specifically for medical devices. It is manufactured from medical-grade stainless steels such as 304/304L, 316/316L, and 17-7PH using cold-drawing or seamless production methods. The process ensures ultra-smooth surfaces, excellent dimensional accuracy, high structural integrity, and full biocompatibility. Specifications

ASME SA139 Carbon Steel Spiral-Welded Saw Pipes for Automotive Industry Material These pipes are manufactured from carbon steel conforming to the ASME SA139 (ASTM A139) specification for electric-fusion (arc) welded spiral‑ or straight‑seam pipe. They are designed for conveying liquids, gases, or steam and are suited to high‑strength structural and pressure‑resistance requirements (cited per ASTM A139/A­139M). Specifications• Nominal Pipe Size (NPS): 4″–92″ (typical

EN 1.7218 (25CrMo4) Precision Seamless Chromium-Molybdenum Steel Tube Material The grade 25CrMo4 (also designated EN 1.7218 ) is a high-quality chromium-molybdenum alloy steel developed for engineering applications requiring good hardenability, strength, toughness and weldability. It is fully suitable for precision seamless steel tubes through cold or hot forming processes. The material is often supplied in a quench & temper (QT) state, or in softened (annealed) condition for

Extruded Finned Tube Fin Evaporator Cooling Fins For Copper Tubing Maximum Working Temperature : 545 Fin Materials : Aluminium Base Tube Diameter: 10mm-51mm Base Tube Wall Thickness: 1.65mm-3.0mm Fin Thickness: 0.3mm-1.2mm Fin Pitch: 2.0mm-15.0mm Fin High: 5mm-16mm Base Tube Material: Carbon Steel Tube, Stainless Steel Tube, Alloy Tube Fin Material : Aluminum Torich advantage: 1. Selection of superior materials 2. Support of non-standard customized 3. Scientific and

Extruded Finned Tube And Fin Radiator For High Temperature Heat Conduction Oil Finned tube radiator (referred to as radiator, also known as heat sink, air heater, air heat exchanger) : the main equipment in the heat exchange device is to cool the air with refrigerant, or heat the air with heat medium, or to recover the waste heat of air with cold water. The air can be heated by high temperature water, steam or high temperature heat conduction oil, and the air can be cooled by

High Frequency Welded Spiral Finned Aluminum Fins Tube Finube Fin Caoutchouc Advantages of high frequency welding spiral finned tube 1. The installation is simple and economical. The large length of high-frequency welded spiral finned tube can reach more than 20 meters, and there is no connection point, which makes the installation more economical and fast, and reduces the probability of water leakage at the connection. 2. The maintenance is simple. After the installation of

Brown Fintube Hairpin Industrial Boiler Finned Laser Welding Tubes for Heat Exchangers Material / Product Description Brown Fintube hairpin tubes are longitudinally finned tubes typically produced via resistance welding (or in more advanced designs via laser welding) where fins are welded onto a base tube to form a compact, high-efficiency heat transfer element. The “hairpin” geometry refers to U-bend or double-leg configurations, making the fins part of compact counterflow