Forging Parts

Product Description Metal Melting Furnace use High purity Sintering tungsten crucible Size and Tolerance: Delivery condition Size(mm) Tolerance(mm) Diament(mm) High(mm) Diament(mm) High(mm) Sintering 10-500 10-600 ±5 ±5 Forging 10-130 10-200 ±1 ±2 Sintering and Mechining 10-450 10-500 ±0.5 ±1 Features: 1.The overall density of sintered molybdenum crucible is fairy high between 9.6g/cm3 to 10.0g/cm3; 2.Its chemical purity of sintered molybdenum crucible can be above 99.95%; 3

1.4410 1.4462 F60 F53 S32750 stainless steel forging parts for Pulping, printing and dyeing equipment The environment in which pulping and printing equipment is used determines that the components used must be resistant to corrosion. Due to the complexity of this kind of equipment, the design and machining of forging parts are required. Such parts often have relatively high precision requirements, requiring a variety of processing technology, car stream drilling combined.

Hastelloy C276 B3 B2 Inconel 718 forging outlet manifold hydrogen generation for Valve and Pump system The outlet piping system is the key part of the steam reformer,and a good outlet piping structure should have the ability to resist the larger upper part load deviation. The connection flanges made of hastelloy alloy or Inconel alloy with high quality heat and corrosion resistance have good mechanical properties and the ability to cope with complex environment, which can

Product Description Molybdenum crucible for vacuum coating sapphire single crystal growth furnace quartz glass Specification: 1. Molybdenum crucibles can be mainly divided into sintered molding, press molding, spinning molding, turning forming and welding forming. 2. It is mainly made from turning forming. Molybdenum crucible for vacuum coating refines from Mo-1 powder. 3. Molybdenum crucibles’ appropriate working temperature should be within the range from 1100℃ to 1700℃.

Product Description Forged Sintering Molybdenum Crucible Used In Sapphire Single Crystal Growth Furnace Size and Tolerance: Delivery condition Size(mm) Tolerance(mm) Diament(mm) High(mm) Diament(mm) High(mm) Sintering 10-500 10-600 ±5 ±5 Forging 10-130 10-200 ±1 ±2 Sintering and Mechining 10-450 10-500 ±0.5 ±1 Features: 1.The overall density of sintered molybdenum crucible is fairy high between 9.6g/cm3 to 10.0g/cm3; 2.Its chemical purity of sintered molybdenum crucible can

Product Description Custom Metal Forged High Precision Dies Hot Steel Forging Parts Turbine machinery, such as gas turbine, steam turbine, water turbine need to use good performance, can cope with the high intensity of the environment, with good physical and chemical properties of the drive shaft Equipment List Name Type Quantity Processing range Precision(um) CNC MAZAK(QTN350L) 1 φ720*1250 3 CNC MAZAK(QTN250L) 1 φ580*1500 3 Turn milling center MAZAK(QTN250M) 2 φ580*600 3 CNC

Product Description Close Die Forging Custom Forging Engineering & Design Solutions What Is Closed-Die Forging? Closed-die forging, or impression-die forging, involves metal being placed between one or more custom-shaped dies. The metal is hammered or pressed, causing it to flow and fill the shaped-die cavities. Closed-die forging is one of the most commonly used methods for forging steel parts. This process works with the metal’s internal grain structure and can produce

Open Die Forging Custom Forging Engineering & Design Solutions What Is Open-Die Forging? Open-die forging, also known as free forging or smith forging, is the process of striking a hammer to deform a piece of metal, typically placed on a stationary anvil. Another approach is to use compression to press the metal between simple dies. These simple dies are typically flat, semi-round or V-shaped. Regardless of the die shape, the metal is never completely encased in the open-die

Product Description Stainless Steel Close Die Forging Custom Forging Engineering & Design Solutions What Is Closed-Die Forging? Closed-die forging, or impression-die forging, involves metal being placed between one or more custom-shaped dies. The metal is hammered or pressed, causing it to flow and fill the shaped-die cavities. Closed-die forging is one of the most commonly used methods for forging steel parts. This process works with the metal’s internal grain structure and

Product Description Open Die Forging Custom Forging Engineering & Design Solutions What Is Open-Die Forging? Open-die forging, also known as free forging or smith forging, is the process of striking a hammer to deform a piece of metal, typically placed on a stationary anvil. Another approach is to use compression to press the metal between simple dies. These simple dies are typically flat, semi-round or V-shaped. Regardless of the die shape, the metal is never completely

Product Description Carbon Steel Close Die Forging Custom Forging Engineering & Design Solutions What Is Closed-Die Forging? Closed-die forging, or impression-die forging, involves metal being placed between one or more custom-shaped dies. The metal is hammered or pressed, causing it to flow and fill the shaped-die cavities. Closed-die forging is one of the most commonly used methods for forging steel parts. This process works with the metal’s internal grain structure and can

Precision measurement instruments such as flow meters need to be welded with the same precision forged parts. This instrument is widely used in petroleum, chemical, metallurgy, papermaking and other industries of fluid measurement, so the material corrosion and reliability has relatively high requirements. The flow meter components produced by our company not only have excellent