Cast-Forge Integrated 3D Printing Metal 3D Printing for Parts Forging Can't Make Four advantages that reset the economics of heavy parts 四大核心优势 · 重新定义大型铸锻件与模具的制造方式 01 Superior Performance 高性能 · 铸锻复合 Cast-forge hybrid microstructure — dense and isotropic, strength and toughness 10% above forged standard. 组织致密、各向同性，强度与韧性超过锻件 10%，不再受制于增材件性能不足。 02 High Precision 高精度 · 增减复合 Additive forming with in-process subtractive finishing reaches 0.1 mm — true near-net-shape. 增材成形与减材精整复合，尺寸精度可达 0.1 mm，近净成形少留加工余量。     03 High Efficiency 高效率 · 电弧熔丝 Wire-arc deposition at 2–4 kg/h per torch — no powder-bed bottleneck, no part-size ceiling. 电弧熔丝单头效率 2–4 kg/h，摆脱粉末成形效率瓶颈与装备吨位限制。 04 Low Cost 低成本 · 免模具免压机 No dies, no 10,000-ton press, no multi-step routing — up to 75% lower total manufacturing cost. 免模具、免万吨压机、免去开坯—预锻—终锻长流程，综合成本最高下降 75%。 Services built around one-piece metal forming 服务范围 · 以整体成形能力为核心的四大交付场景 01 Large Integral Cast-Forged Parts 大型铸锻件整体制造 Break the 5 m² forging-area ceiling. Structures that used to be cut into segments and welded are now formed as a single piece. 突破可锻面积 5㎡ 上限，原本需分体拼焊的大型承力构件一次整体成形，无焊缝、无界面薄弱区。 钛合金 · 合金钢 · 奥贝钢 02 Moulds, Dies & Tooling 铸件模具与工装制造 Automotive fender dies and casting tooling built directly in graded carbon steel + tool steel — no pattern, no hog-out from solid block. 汽车翼子板模具等按型面—基体一体化成形，普碳钢+工具钢梯度材料，省去开模与整块掏料。 普碳钢 + 工具钢 · 600×300×100     03 Rapid Prototyping of Complex Parts 复杂构件快速试制 Titanium, superalloy and aluminium geometries go from drawing to finished part in weeks — not the months a conventional route needs. 钛合金、高温合金、铝合金复杂型面从图纸到成品以周计，不必等待长锻造流程排产。 钛合金 · 高温合金 · 铝合金 04 Low-Volume Custom Production 小批量定制交付 One-offs and short runs stay economical — no tooling to amortise, no minimum order quantity to negotiate. 单件与小批量同样经济，无需摊销模具费用，也不必为起订量压库存。 不锈钢 · 镍铝青铜 · 普碳钢   Where we beat conventional routes 数据说话 · 与传统锻造及常规增材正面对比 项目 Item 传统锻造Forging 电弧增材Wire-Arc AM 激光铺粉Powder Bed 本技术MicroForge 性能 Performance 一般锻件 铸锻之间 铸锻之间 超过锻件 10% 精度 Accuracy >2 mm 2–4 mm 0.05 mm 0.1–2 mm 效率 Efficiency 低 Low 高 High 低 Low 高 High 成本 Cost 高 High 低 Low 高 High 低 Low  

  Anti-corrosion coated steel pipe is a composite product in which a protective coating system is applied to the internal and/or external surface of a steel pipe (SSAW/HSAW, LSAW/ERW or seamless). By combining physical barrier, chemical passivation and electrochemical protection, the coating isolates the steel from soil, water and process media, extending design life from 5–10 years for bare pipe to 30–50 years for coated pipe.

  LSAW steel pipe is a large-diameter longitudinally submerged arc welded pipe formed from a single steel plate by the JCOE/UOE process and welded from both inside and outside, delivering full-penetration seams and tight dimensional tolerances for trunk oil & gas pipelines and pressure service.

Bimetallic Composite Pipes combine corrosion-resistant alloy liners with carbon steel exteriors through metallurgical or mechanical bonding. This innovative "corrosion resistance inside, pressure-bearing strength outside" design offers outstanding cost-effectiveness for corrosive fluid transportation in oil & gas gathering lines and brine extraction.

Engineered for extreme temperature and pressure environments with superior creep and oxidation resistance, ensuring long-term stable operation.

API 5L/A106/A53-compliant Line Pipes are carbon steel seamless pipes engineered for long-distance transportation of oil, natural gas, and water. Available in grades B through X80, they accommodate diverse pressure ratings and terrain conditions, ensuring reliable pipeline performance.

API 5CT OCTG products are specialized oilfield tubular goods for petroleum exploration and production, including casing, tubing, and drill pipes. Available in steel grades H40 through Q125, they deliver customized solutions based on well depth, pressure, and corrosive environments to ensure safe and efficient hydrocarbon extraction operations.