Phone:
86-15852949220
NANJING ALAS INTERNATIONAL CO., LTD
 |
Nanjing, China
T/T, Money Gram
| Quantity: | |
|---|---|
Material | Applicable Working Conditions | Core Advantages | Core Disadvantages |
9CrSi | Light-duty machines, ≤5mm thin/soft materials, small-batch | Good toughness, low cost, entry-level general-purpose | Average wear resistance, not for thick/high-strength conditions |
Cr12MoV | Small-medium tonnage, ≤10mm ordinary steel/profiles, regular batch | High cost-effectiveness, wear-resistant, small deformation, strong versatility | Average high-impact resistance, not for thick/hard materials |
DC53 | Small-medium tonnage, 8-15mm medium-thick/low-alloy steel, complex profiles | High toughness, wear-resistant, stable quenching, longer service life | Slightly higher cost than Cr12MoV, upgraded pricing |
The blades of the combined punching and shearing machine are specifically designed for shearing functions and are compatible with the shearing station of the equipment. They can efficiently cut various profiles such as steel plates, angle steel, channel steel, and round steel. The blades undergo precise heat treatment and precision grinding, resulting in sharp and wear-resistant edges. The shearing process is characterized by even force distribution and clean, burr-free cuts. They can withstand high-intensity shearing loads for extended periods, effectively reducing the frequency of blade replacement.
The die plate, as a supporting and positioning component for the shearing station, works in precise conjunction with the blades to ensure stability and dimensional accuracy during profile shearing. Its structural design conforms to the contours of different profiles, effectively preventing material displacement and warping, ensuring consistency in shearing operations, and adapting to the processing needs of various profile specifications.
The combined punching and shearing machine molds encompass various products, including punching dies and forming dies, corresponding to the punching, bending, and forming stations of the equipment. The molds have precise cavities and high positioning accuracy, enabling punching operations of different diameters and shapes, as well as angle steel bending and channel steel forming processes, meeting diverse processing needs. The molds possess excellent compressive strength and wear resistance, resulting in stable forming effects and resistance to deformation and chipping.
The punch is the core execution component of the punching station and is used in conjunction with the mold. It can precisely penetrate various metal plates and profiles. The punch is made through integrated forging and strengthening treatment, resulting in uniform hardness and strong impact resistance. It is not easily broken or worn, maintaining precise punching dimensions for a long time and adapting to processing requirements of different hole diameters.
can customize various sizes
Material | Applicable Working Conditions | Core Advantages | Core Disadvantages |
9CrSi | Light-duty machines, ≤5mm thin/soft materials, small-batch | Good toughness, low cost, entry-level general-purpose | Average wear resistance, not for thick/high-strength conditions |
Cr12MoV | Small-medium tonnage, ≤10mm ordinary steel/profiles, regular batch | High cost-effectiveness, wear-resistant, small deformation, strong versatility | Average high-impact resistance, not for thick/hard materials |
DC53 | Small-medium tonnage, 8-15mm medium-thick/low-alloy steel, complex profiles | High toughness, wear-resistant, stable quenching, longer service life | Slightly higher cost than Cr12MoV, upgraded pricing |
The blades of the combined punching and shearing machine are specifically designed for shearing functions and are compatible with the shearing station of the equipment. They can efficiently cut various profiles such as steel plates, angle steel, channel steel, and round steel. The blades undergo precise heat treatment and precision grinding, resulting in sharp and wear-resistant edges. The shearing process is characterized by even force distribution and clean, burr-free cuts. They can withstand high-intensity shearing loads for extended periods, effectively reducing the frequency of blade replacement.
The die plate, as a supporting and positioning component for the shearing station, works in precise conjunction with the blades to ensure stability and dimensional accuracy during profile shearing. Its structural design conforms to the contours of different profiles, effectively preventing material displacement and warping, ensuring consistency in shearing operations, and adapting to the processing needs of various profile specifications.
The combined punching and shearing machine molds encompass various products, including punching dies and forming dies, corresponding to the punching, bending, and forming stations of the equipment. The molds have precise cavities and high positioning accuracy, enabling punching operations of different diameters and shapes, as well as angle steel bending and channel steel forming processes, meeting diverse processing needs. The molds possess excellent compressive strength and wear resistance, resulting in stable forming effects and resistance to deformation and chipping.
The punch is the core execution component of the punching station and is used in conjunction with the mold. It can precisely penetrate various metal plates and profiles. The punch is made through integrated forging and strengthening treatment, resulting in uniform hardness and strong impact resistance. It is not easily broken or worn, maintaining precise punching dimensions for a long time and adapting to processing requirements of different hole diameters.
can customize various sizes