熱交換器の管
高圧ボイラー用 20G 非合金シームレス鋼製オメガチューブ(冷間引抜加工)
高圧用途向けの 20G ボイラーグレードのシームレスオメガチューブ。正確な寸法を実現するために冷間引抜きされており、GB/T 5310 (ASTM A192/A210 に相当) に認定されています。厳しい公差でカスタム長さ 1 ~ 12m に対応します。熱伝達効率と圧力の完全性を考慮して設計されています。
SA179 ST35.8 交換熱管
SA179 ST35.8 Mild Seamless Steel Round Pipe Thick Wall Pipe Boiler Chemcial Fertilizer Material: Low Carbon Steel Production: Seamless Cold Drawn Size range: O.D.:3.2-76.2mm W.T.:1-15mm L: according to customer requirement. Steel Grade and Chemical Compositions: C 0.06-0.18 Mn 0.27-0.63 P ≤0.035 S ≤0.035 Mechanical Properties Tensile Streghth: min ksi[Mpa] 47[325] Yield Point: min ksi[Mpa] 26[180] Elongation: ≥35% Hardness: ≤72HRB Heat Treatment: Tubes are heat treated after
ASTMの179の炭素鋼の熱交換器の管はひれ付き管メートル最高ひれの18突き出ました
Fin Tube Type and Material No. Fin Type Fin Material Tube Material 1 Extruded Fin Fin Tube SB209 - B209 Aluminium Alloy 1050 or 1060 SB75 - B75 Copper SA179 - A179 Carbon Steel SA213 - A213 Stainless Steel SB75 - B75 Copper SB111 - B111 Copper Alloy 2 G Fin Fin Tube / Embeded Fin Tube EN573-3 Aluminium Alloy 1050 or 1060 SB152 - B152 Copper 3 L Fin Fin Tube 4 LL Fin Fin Tube 5 KL Fin Fin Tube Fin Tube Details Tube O.D 8-51mm Wall Thickness Please advice Length Usually ≤12mtr
ボイラー管のために溶接される精密低炭素鋼鉄熱交換器の管ASTM A178
TORICH Low carbon steel Precision ASTM A178 Welded and Drawn Boiler Tubes 1. Available Size Range: OD Thickness mm inch mm SCH 88.9~1422 3'~ 56' 2.11~140 ≥SCH10 *If the steel grades and size you are looking for are not listed above, please contact us for further information . 2. Application Power plant; Chemical Fertilizer; Petrochemicals; Offshore Oils; Gas Productions; Refineries and etc. 3. Standards ASTM A106 ——Standard Specification for Seamless Carbon Steel Pipe for
油圧/流動管のための継ぎ目が無い炭素鋼の熱交換器の管
4130 Seamless Steel tube/pipe for Hydraulic Pipe Fluid Pipe Product Seamless Steel Tube Material Carbon Steel/ Alloy Steel Section Shape Round Grade 10#(St37.4,St35,St37,E235),20#(St45,St44,E255),45#(Ck45),16Mn(St52) and other special material. Standard DIN2391,EN10305-1,GB/T3639 Certification ISO9001 Technique Cold rolled & Cold drawn Application Widely used in automobiles, motorcycles, gas springs, hydraulic machinery, construction machinery and refrigeration industry.
高温用途向け、伝熱効率向上、膜付着防止、均一壁温を実現するリブ付きチューブ
8 Inner Ribbed Tube SA210C / A1 SA213 T2 28.6X6.2 38.1X7.5 63.5X7.5 66.7X8 Inner-Ribbed Seamless Steel Tube for High-Efficiency Heat Transfer Inner-ribbed seamless steel tubes (also known as internally threaded tubes) are precision cold-drawn or cold-rolled tubes engineered to enhance heat transfer efficiency in high-temperature environments. By forming continuous spiral ribs on the inner wall, these tubes significantly improve fluid turbulence, reduce steam film formation,
冷たいローリング ASTM B862 グレード2 チタン式熱交換管 - 縫い目のない耐腐食性 UNS R50400
ASTM B862 Grade 2 Cold Rolled Titanium Heat Exchanger Seamless Tube ASTM B862 Grade 2 titanium tube is a commercially pure titanium tubular product designed for corrosion-resistant heat-transfer service, particularly in environments where seawater, chlorides, brine, wet chlorine, organic acids, or oxidizing media make stainless steel or copper-nickel unreliable. Grade 2 / UNS R50400 provides an optimal balance of corrosion resistance, formability, weldability, and moderate
機械的なフィンロック付きアルミニウムG型フィニングチューブ 広い熱設計と広いベースチューブ互換性
Aluminum Finned Tubes G Type Finned For Industrial Heat Exchangers Aluminum G-Type Finned Tubes for Industrial Heat Exchangers Aluminum G-type finned tubes are mechanically embedded finned tubes designed for efficient air-side heat transfer in industrial heat exchangers. The aluminum fin strip is wound into a machined helical groove on the base tube and then mechanically locked, giving stronger fin retention and more stable thermal contact than simple wound fin constructions.
ASME SA178 グレード A/D 熱交換器用12.7-127mm ODの電圧抵抗溶接ボイラーチューブ
SA178 Grade A / Grade D Electric Resistance Welded Boiler Tubing SA178 Grade A and Grade D electric resistance welded boiler tubing is a minimum-wall carbon steel tube specified for boiler tubes, boiler flues, superheater flues, and safe ends. The ASTM/ASME specification officially covers only three grades—Grade A, Grade C, and Grade D—and the normal size range commonly supplied under the standard is 12.7–127 mm OD with 0.9–9.1 mm wall thickness. After welding, tubes are heat