Bearing Ring Forgings
Rolling ring steel ring forging is a product of the forging industry, a type of forging.Bearing ring forging is a type of forging manufactured by our company.After a series of processes such as forging, rolling and rolling ring forming, the metal streamline is good, the internal structure is relatively dense, the mechanical properties are superior, and it can withstand higher shear force and tensile force.
Product advantage
Bearing ring forging technology has greater economic and technological advantages, mainly shown in:
1. The required equipment tonnage is small, and the rotary die exerts pressure on the blank locally and continuously. Compared with the overall pressure forming of die forging, the contact area between the tool and the workpiece is small, and the deformation force is small.
Compared with die forging, forging ring billet only needs to punch holes, so the punching hole and leather is small, and there is no necessary flash and drawing die inclination for die forging, the size and shape of ring section is closer to the finished product, which not only reduces the amount of cutting, but also saves the raw materials.
The deformation of ring rolling is radial compression and axial extension, and the metal fiber of ring parts is arranged continuously along the circumference, which is often adapted to the force and wear of ring parts in use, so the ring rolling products have high strength and wear resistance, with excellent internal quality.
4, good working conditions compared with the general forging, ring rolling no impact, no vibration, low noise, the working conditions have been greatly improved, easy to achieve mechanization and automation.
5. Low production cost rolling ring technology has the comprehensive advantages of high material utilization rate, less machining time, low production energy consumption and long rolling pass life, so the production cost is low.
The rolling speed of high-productivity ring rolling equipment is usually 1-2m/s, the rolling cycle is generally about 10s, the minimum cycle has reached 3.6s, the maximum productivity has reached 1000 pieces/h, which is much higher than ring forging and flame cutting, but also higher than the die forging productivity.
Iii. Product advantages
At present, ring rolling technology is widely used at home and abroad, such as train wheel hub, bearing inner and outer ring, gear ring, bush, flange, crane rotating wheel ring and various strengthening rings.Materials are usually carbon steel, alloy steel, aluminum alloy, copper gold, titanium alloy, cobalt alloy, nickel base alloy, common ring rolling products are train hub, bearing ring, gear ring, bushing, flange, gas turbine ring, crane rotating wheel ring, nuclear reactor vessel ring and various strengthening rings.It is a ring of metal billet (excluding sheet metal) that has been shaped by plastic deformation into a suitable compression force by applying external force.This force is typically achieved by using a hammer or pressure.The forging process builds fine particle structures and improves the physical properties of the metal.Ring forging can be seen everywhere in daily life. It is an industrial product.
Product advantage
Compared with forging forming, ring rolling technology has great economic and technological advantages, mainly manifested in:
1. The required equipment tonnage is small, and the rotary die exerts pressure on the blank locally and continuously. Compared with the overall pressure forming of die forging, the contact area between the tool and the workpiece is small, and the deformation force is small.
Compared with die forging, forging ring billet only needs to punch holes, so the punching hole and leather is small, and there is no necessary flash and drawing die inclination for die forging, the size and shape of ring section is closer to the finished product, which not only reduces the amount of cutting, but also saves the raw materials.
The deformation of ring rolling is radial compression and axial extension, and the metal fiber of ring parts is arranged continuously along the circumference, which is often adapted to the force and wear of ring parts in use, so the ring rolling products have high strength and wear resistance, with excellent internal quality.
4, good working conditions compared with the general forging, ring rolling no impact, no vibration, low noise, the working conditions have been greatly improved, easy to achieve mechanization and automation.
5. Low production cost rolling ring technology has the comprehensive advantages of high material utilization rate, less machining time, low production energy consumption and long rolling pass life, so the production cost is low.
The rolling speed of high-productivity ring rolling equipment is usually 1-2m/s, the rolling cycle is generally about 10s, the minimum cycle has reached 3.6s, the maximum productivity has reached 1000 pieces/h, which is much higher than ring forging and flame cutting, but also higher than the die forging productivity.
Iii. Product advantages
At present, ring rolling technology is widely used at home and abroad, such as train wheel hub, bearing inner and outer ring, gear ring, bush, flange, crane rotating wheel ring and various strengthening rings.Materials are usually carbon steel, alloy steel, aluminum alloy, copper gold, titanium alloy, cobalt alloy, nickel base alloy, common ring rolling products are train hub, bearing ring, gear ring, bushing, flange, gas turbine ring, crane rotating wheel ring, nuclear reactor vessel ring and various strengthening rings.
Rolling ring steel ring forging is a product of the forging industry, a type of forging.Bearing ring forging is a type of forging manufactured by our company.After a series of processes such as forging, rolling and rolling ring forming, the metal streamline is good, the internal structure is relatively dense, the mechanical properties are superior, and it can withstand higher shear force and tensile force.
Product advantage
Bearing ring forging technology has greater economic and technological advantages, mainly shown in:
1. The required equipment tonnage is small, and the rotary die exerts pressure on the blank locally and continuously. Compared with the overall pressure forming of die forging, the contact area between the tool and the workpiece is small, and the deformation force is small.
Compared with die forging, forging ring billet only needs to punch holes, so the punching hole and leather is small, and there is no necessary flash and drawing die inclination for die forging, the size and shape of ring section is closer to the finished product, which not only reduces the amount of cutting, but also saves the raw materials.
The deformation of ring rolling is radial compression and axial extension, and the metal fiber of ring parts is arranged continuously along the circumference, which is often adapted to the force and wear of ring parts in use, so the ring rolling products have high strength and wear resistance, with excellent internal quality.
4, good working conditions compared with the general forging, ring rolling no impact, no vibration, low noise, the working conditions have been greatly improved, easy to achieve mechanization and automation.
5. Low production cost rolling ring technology has the comprehensive advantages of high material utilization rate, less machining time, low production energy consumption and long rolling pass life, so the production cost is low.
The rolling speed of high-productivity ring rolling equipment is usually 1-2m/s, the rolling cycle is generally about 10s, the minimum cycle has reached 3.6s, the maximum productivity has reached 1000 pieces/h, which is much higher than ring forging and flame cutting, but also higher than the die forging productivity.
Iii. Product advantages
At present, ring rolling technology is widely used at home and abroad, such as train wheel hub, bearing inner and outer ring, gear ring, bush, flange, crane rotating wheel ring and various strengthening rings.Materials are usually carbon steel, alloy steel, aluminum alloy, copper gold, titanium alloy, cobalt alloy, nickel base alloy, common ring rolling products are train hub, bearing ring, gear ring, bushing, flange, gas turbine ring, crane rotating wheel ring, nuclear reactor vessel ring and various strengthening rings.It is a ring of metal billet (excluding sheet metal) that has been shaped by plastic deformation into a suitable compression force by applying external force.This force is typically achieved by using a hammer or pressure.The forging process builds fine particle structures and improves the physical properties of the metal.Ring forging can be seen everywhere in daily life. It is an industrial product.
Product advantage
Compared with forging forming, ring rolling technology has great economic and technological advantages, mainly manifested in:
1. The required equipment tonnage is small, and the rotary die exerts pressure on the blank locally and continuously. Compared with the overall pressure forming of die forging, the contact area between the tool and the workpiece is small, and the deformation force is small.
Compared with die forging, forging ring billet only needs to punch holes, so the punching hole and leather is small, and there is no necessary flash and drawing die inclination for die forging, the size and shape of ring section is closer to the finished product, which not only reduces the amount of cutting, but also saves the raw materials.
The deformation of ring rolling is radial compression and axial extension, and the metal fiber of ring parts is arranged continuously along the circumference, which is often adapted to the force and wear of ring parts in use, so the ring rolling products have high strength and wear resistance, with excellent internal quality.
4, good working conditions compared with the general forging, ring rolling no impact, no vibration, low noise, the working conditions have been greatly improved, easy to achieve mechanization and automation.
5. Low production cost rolling ring technology has the comprehensive advantages of high material utilization rate, less machining time, low production energy consumption and long rolling pass life, so the production cost is low.
The rolling speed of high-productivity ring rolling equipment is usually 1-2m/s, the rolling cycle is generally about 10s, the minimum cycle has reached 3.6s, the maximum productivity has reached 1000 pieces/h, which is much higher than ring forging and flame cutting, but also higher than the die forging productivity.
Iii. Product advantages
At present, ring rolling technology is widely used at home and abroad, such as train wheel hub, bearing inner and outer ring, gear ring, bush, flange, crane rotating wheel ring and various strengthening rings.Materials are usually carbon steel, alloy steel, aluminum alloy, copper gold, titanium alloy, cobalt alloy, nickel base alloy, common ring rolling products are train hub, bearing ring, gear ring, bushing, flange, gas turbine ring, crane rotating wheel ring, nuclear reactor vessel ring and various strengthening rings.
