2. Product Features
1. High strength and durability
Select high-quality stainless steel (such as 304, 316L), alloy steel (42CrMo, 35CrMo) and other materials, and undergo quenching and tempering treatment. The compressive strength of the pipe fittings can reach more than 20MPa, and the tensile strength of the parts exceeds 1200MPa. It can withstand high loads and strong vibrations, and still maintain stable performance under harsh working conditions and has a long service life.
2. Precision manufacturing process
Adopt advanced processing technologies such as CNC turning, milling, and laser cutting. The dimensional accuracy of the pipe fittings is controlled at ±0.1mm, the accuracy of the parts is ±0.02mm, and the surface roughness is Ra≤0.4μm, ensuring close fit between components and improving the operating accuracy and reliability of the equipment.
3. Diversified functional design
Provide a wide range of product types:
Metal pipe fittings include elbows, tees, straight joints, reducers, etc., to meet the different connection requirements of the pipeline system.
Automation equipment parts include gears, shafts, guide rails, connectors, etc., which are suitable for various functional scenarios such as transmission, positioning, and guidance.
4. High adaptability and customization

Support a variety of specifications and sizes, the diameter of metal pipes ranges from 10mm to 200mm, and the wall thickness ranges from 1mm to 10mm; automation equipment parts can be customized according to customer needs. At the same time, the product can adapt to different brands and models of automated production lines, and has strong compatibility. Some common specifications and parameters are as follows:

Type	Material	Size range	Main application scenarios
Stainless steel elbow	304 stainless steel	Φ15 - Φ150mm，90°/45°	Fluid pipeline steering
Alloy steel shaft	42CrMo	Diameter 15 - 80mm, Length 50 - 500mm	Automated transmission system
Tee fittings	316L stainless steel	Φ20 - Φ100mm	Pipeline diversion and merging

III. Product Details
1. Material Type
Metal pipe fittings:
304 stainless steel: has good corrosion resistance and comprehensive performance, can adapt to general industrial environment and humid places, and is often used in fluid conveying pipelines in food, chemical, water treatment and other industries.
316L stainless steel: adds molybdenum element, has stronger resistance to strong corrosive media such as seawater, acid and alkali, and is suitable for harsh environments such as marine engineering and chemical equipment.
Automation equipment parts:
Alloy steel: such as 42CrMo, 35CrMo, etc., has high strength and good toughness after heat treatment, and is suitable for manufacturing transmission parts that withstand high loads and high speeds, such as gears and shaft parts.
Stainless steel: 304, 316L and other stainless steel materials have good corrosion resistance and rust resistance, and are suitable for automation equipment in food, medicine and other industries with high requirements for cleanliness.
2. Processing technology
Metal pipe fittings: adopt cold bending, hot pressing, welding and other processes. The cold bending process can ensure the dimensional accuracy and surface quality of the pipe fittings; the welding process uses argon arc welding and laser welding, the welds are uniform and firm, the sealing is good, and zero fluid leakage is ensured.
 Automation equipment parts: Using five-axis CNC machining centers, precision grinding, EDM and other technologies, complex parts use precision casting and powder metallurgy processes to achieve high-precision molding to meet the strict requirements of automation equipment.
3. Quality inspection
 Metal pipe fittings: Conduct pressure resistance test (pressure range 5 - 30MPa), airtight test (leakage rate ≤0.01mL/min), and salt spray test (corrosion resistance time ≥72 hours) to ensure that the pipe fittings are safe and reliable under various working conditions.
 Automation equipment parts: Use three-coordinate measuring instrument to detect dimensional accuracy, use spectrometer to detect material composition, and conduct hardness test, dynamic balance test, fatigue life test, etc. to ensure that the performance of parts meets the design standards.