What is precision casting fuel rail mounting bracket?

Precision casting fuel rail mounting bracket plays a key role in the hardware field, providing necessary support and stability for a wide range of applications in different industries. These often overlooked components have different shapes, sizes, and materials, each being designed for a specific purpose.
Precision in the mounting brackets
Production of mounting brackets from a manufacturing perspective requires precision, attention to detail and commitment to quality. These components are usually forged from solid materials, such as stainless steel, aluminum, or premium plastics. Metal scaffolds often undergo complex processes such as cutting, stamping, and in some cases, laser cutting to reach their desired form and size. The selection of materials and manufacturing methods directly affects the bearing capacity and overall durability of the bracket.

01 Part name
Precision casting fuel rail mounting bracket

02 Application
Industries components

03 Material
Stainless steel

04 Process
Investment casting
& Machining

05 Casting method
Thermal Gravity Casting

06 Surface finished
Shot blasting
Part Application
Investment casting, also known as lost-wax casting, is a manufacturing process used to create metal parts with complex shapes and intricate details



Available Material
|
1-Carbon steel |
2-Low alloy steel |
3-Corrosion-resistant steel |
4-Heat-resistant steel |
||||
|
General engineering cast steel (ISO 3755) |
Carbon and low alloy cast steels for general applications (ISO 14737) |
Corrosion-resistant cast steels for general applications (ISO 11972) |
Heat-resistant cast steels and alloys for general applications (ISO 11973) |
||||
|
200-400 |
400-550MPa |
GE200 |
1.0420 |
GX12Cr12 |
1.4011 |
GX30CrSi7 |
1.4710 |
|
200-400W |
400-550MPa |
GE240 |
1.0446 |
GX2CrNi19-11 |
1.4309 |
GX40CrSi13 |
1.4720 |
|
230-450 |
450-600MPa |
GS340 |
1.0467 |
GX5CrNi19-10 |
1.4308 |
GX40CrSi17 |
1.4740 |
|
230-450W |
450-600MPa |
G20Mo5 |
1.5419 |
GX5CrNiMoNb19-11-2 |
1.4581 |
GX40CrSi24 |
1.4745 |
|
270-480 |
480-650MPa |
G42CrMo4 |
1.7231 |
GX5CrNiMoN19-11-3 |
1.4412 |
GX25CrNiSi18-9 |
1.4825 |
|
270-480W |
480-650MPa |
G28Mn6 |
1.1165 |
GX2NiCrMoCuN25-20-6 |
1.4588 |
GX40CrNiSi25-12 |
1.4837 |
|
340-550 |
550-720MPa |
G26CrMo4 |
1.7221 |
GX5CrNiMoCuN 26-6-3 |
1.4515 |
GX40CrNiSi25-20 |
1.4848 |
Production Process Introduce



RFQ handle process
You can find our contact info for further communication in “Contact US” column.
The 2&3D drawing format can be PDF, STEP, DWG, DXF and soon, can be sent via email. Wechat, WhatsApp, link.
After clear the demand of customer, we can send you the quotation with PDF format for documentation.

For requirements for confidentiality of drawings, we can signed the NDA before you send drawing.
The feasibility study of drawing is most key point to ensure the part can be fully meet drawing specifications, which is include material, dimension, surface treatment, and testing request.
Product Advantages
Due to the ‘Near Net Shape’ design of the cast part, minimal post-processing is necessary. Through the implementation of directional solidification in this casting, the material structure achieves remarkable homogeneity. This feature enables the six cams to function as smooth running surfaces for the bearings during the hydraulic pump’s rotation. The utilized steel alloy is known for its excellent machinability and toughness to withstand the torque requirements.
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