Introduction to the performance characteristics of stainless steel instrument tubes! !
By: mxgy,
Zhejiang Max Stainless Steel Co., Ltd. is a modern stainless steel pipe manufacturing enterprise integrating scientific research, production and sales. CNMAX has a number of cold drawing production lines, as well as a number of cold rolling units, CNC lathes and processing centers. It mainly produces seamless pipes, bright and annealed pipes, heat exchange pipes, pipe fittings, flanges and other products. The company adopts advanced, efficient, mature production management mode. The company chooses Walsin Lihwa and Yongxing Special Steel parent materials as the leading material for the production of high-quality stainless steel, providing the most reliable and safest stainless steel pipes and fittings for global users.
What I want to introduce to you today is the stainless steel instrument tube produced by our company. What kind of performance characteristics does the stainless steel instrument tube have? The following Max stainless steel to illustrate:
Stainless steel instrument tube can be used as heat-resistant stainless steel, which has good resistance to intergranular corrosion, excellent corrosion resistance, cold working and stamping performance, etc.
1. Mechanical properties
The mechanical properties of stainless steel instrument tubes are still good at -180°C.
2. Corrosion resistance
It has excellent corrosion resistance in oxidizing acid, air, water and other media.
3. Cold workability
It has good plasticity, toughness and cold workability in solid solution state.
The cold and hot processing properties of stainless steel instrument tubes are good. The general cold and hot processing technology can be used to produce metallurgical products such as forgings, bars, wires, and plates. The temperature range of hot processing is controlled at 900 ° C ~ 1180 ° C; Easy, no special difficulty, but because the two steels are easy to cold harden, when the amount of cold deformation is too large, intermediate annealing treatment is required to facilitate the next step of processing.
Introduction to the performance characteristics of stainless steel instrument tubes! !
By: mxgy,
Zhejiang Max Stainless Steel Co., Ltd. is a modern stainless steel pipe manufacturing enterprise integrating scientific research, production and sales. CNMAX has a number of cold drawing production lines, as well as a number of cold rolling units, CNC lathes and processing centers. It mainly produces seamless pipes, bright and annealed pipes, heat exchange pipes, pipe fittings, flanges and other products. The company adopts advanced, efficient, mature production management mode. The company chooses Walsin Lihwa and Yongxing Special Steel parent materials as the leading material for the production of high-quality stainless steel, providing the most reliable and safest stainless steel pipes and fittings for global users.
What I want to introduce to you today is the stainless steel instrument tube produced by our company. What kind of performance characteristics does the stainless steel instrument tube have? The following Max stainless steel to illustrate:
Stainless steel instrument tube can be used as heat-resistant stainless steel, which has good resistance to intergranular corrosion, excellent corrosion resistance, cold working and stamping performance, etc.
1. Mechanical properties
The mechanical properties of stainless steel instrument tubes are still good at -180°C.
2. Corrosion resistance
It has excellent corrosion resistance in oxidizing acid, air, water and other media.
3. Cold workability
It has good plasticity, toughness and cold workability in solid solution state.
The cold and hot processing properties of stainless steel instrument tubes are good. The general cold and hot processing technology can be used to produce metallurgical products such as forgings, bars, wires, and plates. The temperature range of hot processing is controlled at 900 ° C ~ 1180 ° C; Easy, no special difficulty, but because the two steels are easy to cold harden, when the amount of cold deformation is too large, intermediate annealing treatment is required to facilitate the next step of processing.