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English
VSA-06
FSE
SV.010203
| Quantity: | |
|---|---|
Multi-Range Crimping Pliers for Non-insulated tabs and receptacles:
• Designed for use with non-welding and standard electrical connections, this tool boasts a unique leverage design that offers energy savings compared to conventional crimping tools.
• The precise crimping die sets and built-in lock with a self-releasing mechanism ensure consistent high-quality crimps, even after repeated use.
Crimping Tool Specifications:
| Applicable End Sleeve Range: | 0.25-6.0mm² |
| Versatile Tool: | Can be matched with any type of dies. |
| Surface Treatment: | Teflon coating has high wear resistance and corrosion resistance. |
| Crimping Style: | Parallel closure of dies for complete crimping. |
| Structural characteristics: | 3mm steel. |
| Ratchet System: | Ensures the crimping process is fully completed before releasing. |
| Ergonomically Designed Handles: | Ergonomic design handle for comfortable grip. |
| Weight: | 300g |
| Total Length: | 175mm |
This tool adopts PTFE surface treatment technology, which not only greatly improves the product quality, but also highlights the appearance of the tool and enhances its level
.
Below are the advantages of the PTFE process.
The PTFE process is a commonly used surface treatment technology in industrial manufacturing. Applying PTFE coating to the body of crimping pliers has the following advantages:
1. Corrosion resistance: Teflon coating has excellent corrosion resistance, which can effectively resist the erosion of chemical substances and extend the service life of crimping pliers. When working in humid and corrosive environments, PTFE coating can effectively protect the crimping pliers and reduce the occurrence of oxidation and corrosion.
2. Wear resistance: Teflon coating has excellent wear resistance, which can reduce friction and wear, and extend the service life of crimping pliers. In frequent use, PTFE coating can effectively reduce the wear on the surface of the clamp body, maintaining its surface smoothness and accuracy.
3. Non stick: Teflon coating has excellent non stick properties, is not easy to adhere impurities and dirt, and is easy to clean and maintain. During the use of crimping pliers, PTFE coating can reduce the adhesion of impurities and residues, maintaining the cleanliness and hygiene of the pliers body.
4. High temperature resistance: Teflon coating has good high temperature resistance and can maintain stability and performance in high temperature environments. In situations where high temperature operation is required, PTFE coating can effectively protect the crimping pliers from damage caused by high temperature.
In summary, applying PTFE technology to the body of crimping pliers has the advantages of corrosion resistance, wear resistance, non stick and high temperature resistance, which can improve the service life and performance stability of crimping pliers, and provide users with more reliable and durable tools. These advantages make PTFE coating one of the commonly used surface treatment techniques in the manufacturing of crimping pliers.
Multi-Range Crimping Pliers for Non-insulated tabs and receptacles:
• Designed for use with non-welding and standard electrical connections, this tool boasts a unique leverage design that offers energy savings compared to conventional crimping tools.
• The precise crimping die sets and built-in lock with a self-releasing mechanism ensure consistent high-quality crimps, even after repeated use.
Crimping Tool Specifications:
| Applicable End Sleeve Range: | 0.25-6.0mm² |
| Versatile Tool: | Can be matched with any type of dies. |
| Surface Treatment: | Teflon coating has high wear resistance and corrosion resistance. |
| Crimping Style: | Parallel closure of dies for complete crimping. |
| Structural characteristics: | 3mm steel. |
| Ratchet System: | Ensures the crimping process is fully completed before releasing. |
| Ergonomically Designed Handles: | Ergonomic design handle for comfortable grip. |
| Weight: | 300g |
| Total Length: | 175mm |
This tool adopts PTFE surface treatment technology, which not only greatly improves the product quality, but also highlights the appearance of the tool and enhances its level
.
Below are the advantages of the PTFE process.
The PTFE process is a commonly used surface treatment technology in industrial manufacturing. Applying PTFE coating to the body of crimping pliers has the following advantages:
1. Corrosion resistance: Teflon coating has excellent corrosion resistance, which can effectively resist the erosion of chemical substances and extend the service life of crimping pliers. When working in humid and corrosive environments, PTFE coating can effectively protect the crimping pliers and reduce the occurrence of oxidation and corrosion.
2. Wear resistance: Teflon coating has excellent wear resistance, which can reduce friction and wear, and extend the service life of crimping pliers. In frequent use, PTFE coating can effectively reduce the wear on the surface of the clamp body, maintaining its surface smoothness and accuracy.
3. Non stick: Teflon coating has excellent non stick properties, is not easy to adhere impurities and dirt, and is easy to clean and maintain. During the use of crimping pliers, PTFE coating can reduce the adhesion of impurities and residues, maintaining the cleanliness and hygiene of the pliers body.
4. High temperature resistance: Teflon coating has good high temperature resistance and can maintain stability and performance in high temperature environments. In situations where high temperature operation is required, PTFE coating can effectively protect the crimping pliers from damage caused by high temperature.
In summary, applying PTFE technology to the body of crimping pliers has the advantages of corrosion resistance, wear resistance, non stick and high temperature resistance, which can improve the service life and performance stability of crimping pliers, and provide users with more reliable and durable tools. These advantages make PTFE coating one of the commonly used surface treatment techniques in the manufacturing of crimping pliers.
