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100062-1 Waterjet On/Off Valve Seal Buttress

Item Number: 100062-1
Reference No.: 001337-1|20457978
Used on 302001-1 on off valve repair kit high peformance

Product Description:

Waterjet On/Off Valve - Seal Buttress Waterjet Replacement :

Item No.: 100062-1

Reference No.: 001337-1|20457978

As part of the on off valve repair kits for high performance waterjet on off valve repair kit


What models of waterjet head parts are this repair kit suitable for?

The on/off valve seal buttress is used on the 302001-1 high performance waterjet repair kit. The whole set repair kit includes:

A. Poppet Landing 100059-1
B. Poppet100060-1
C. Poppet Seal100061-1
D. Seal Butress100062-1
E. Seal Ejection Tool100104-1
F. Seal O-ring Dark Red400042-006
G. O-ring400043-014


Reasons and Solutions for Excessive Wear of Waterjet Replacement?


I. Reasons for Excessive Wear


(I) Replacement Design Factors


  1. Uneven Force Distribution

    • The unreasonable design of the waterjet replacement can lead to accelerated wear. If there are defects in the replacement design, it will cause unbalanced force distribution. For example, an improper nozzle shape or internal channel design of the replacement can result in uneven impact force of the high-pressure water flow and abrasive when ejected, making some areas of the replacement bear excessive force and thus accelerating the wear rate.


(II) Material of the Cut Object Factors


  1. Impact of High Hardness and Toughness Materials

    • The material of the object to be cut is also a factor contributing to excessive wear of the waterjet replacement. Materials like glass and high-hardness metals have much stronger hardness and toughness compared to others. When the waterjet replacement interacts with these materials, it will increase eddy currents and friction. For instance, when cutting high-hardness metals or glass, the replacement will experience greater resistance and more complex physical interactions, leading to accelerated wear.


(III) Usage and Maintenance Factors


  1. Excessive Pump Flow

    • Using a pump with too large a flow rate can cause excessive water flow, which in turn leads to faster wear of the waterjet replacement. For example, if the water flow is too strong, it will exert greater impact on the replacement, similar to how a powerful current can erode a riverbed more quickly, accelerating the wear of the replacement surface.

  2. Lack of Cleaning and Maintenance

    • Failing to regularly clean and maintain the waterjet can result in dust and dirt accumulating on the surface of the waterjet replacement. This not only affects the cutting quality but also accelerates the wear rate. Without proper cleaning and maintenance, the replacement may be subject to more friction and potential corrosion due to the presence of contaminants.

II. Solutions


(I) Selecting Appropriate Replacement and Design


  1. Matching Replacement to Cut Object

    • Choosing the right waterjet replacement and design according to the material and shape of the object to be cut can effectively reduce the wear rate. For different materials like glass or various metals, specific replacement designs and materials should be selected to ensure better cutting performance and slower wear.

  2. Optimizing Replacement Design

    • Improving the design of the waterjet replacement through methods such as better internal channel layout and nozzle design can enhance its performance and reduce uneven force distribution, ultimately decreasing wear.


(II) Conducting Scientific Cutting Processing


  1. Proper Replacement Selection

    • In the actual cutting process, selecting the appropriate waterjet replacement type based on the characteristics of the cut object is crucial. Considering factors like material, thickness, and shape can help choose a replacement that is more suitable and reduces unnecessary wear.

  2. Adjusting Cutting Parameters

    • Adjusting parameters such as cutting speed and processing conditions according to the specific situation can significantly reduce wear. For example, slowing down the cutting speed when dealing with hard materials can reduce the impact and friction on the waterjet replacement.

(III) Regular Cleaning and Maintenance


  1. Cleaning the Replacement Surface

    • Regularly cleaning the surface of the waterjet replacement to remove dust, dirt, and residual abrasive is essential. This can be achieved through appropriate cleaning methods and tools, ensuring the replacement remains in good condition and reducing wear.

  2. Timely Replacement or Repair

    • Regularly inspecting the waterjet replacement and promptly replacing or repairing worn-out parts can effectively extend the service life of the replacement and maintain the cutting quality and efficiency.


III. Conclusion


In general, the waterjet is a highly efficient and environmentally friendly cutting tool. During use, we must pay attention to the wear condition of the waterjet replacement and adopt corresponding solutions. Only in this way can we ensure the cutting efficiency and accuracy of the waterjet and bring more convenience to our production and life. If the above methods fail to solve the problem of excessive wear of the waterjet replacement, it is necessary to seek professional waterjet maintenance companies. Since the waterjet is a high-precision electromechanical device, it requires experienced technicians for maintenance and should not be disassembled or operated casually. You can contact us. We will help you solve the problem.


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