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Impregnation sealing process - List of Manufacturers, Suppliers, Companies and Products

Impregnation sealing process Product List

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Impregnation seal processing for connectors

Maintains sealing performance even in temperature environments of -40 to 200℃! Active in automotive sensors and more.

Our company offers "impregnation sealing processing for connectors," which allows for compatibility even in harsh environments ranging from -40 to 200°C by permeating a sealing agent into the fine gaps between terminals and resin. Since there is no need for potting or grooves for O-rings, this contributes to increased design flexibility and a reduction in the number of components. 【Examples of Applications】 ■ Oil temperature sensors ■ Fuel temperature sensors ■ Speed sensors ■ Knock sensors, etc. *For more details, please refer to the PDF materials. Feel free to contact us with any inquiries.

  • Other Connectors

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Technical Data: Impregnated Seal Processing for Electric Wires

Introducing the impregnation seal processing for filling gaps in electric wires! Case studies and compatible materials are also included!

This document introduces a sealing process for electrical wires that involves penetrating a Loctite sealant into the fine gaps between the insulation and the core wire, filling the entire gap. Once the sealant has cured, it exhibits high sealing properties while maintaining flexibility. The document also includes case studies of the sealing process for electrical wires and compatible materials. [Contents] ■ Explanation of the sealing process for electrical wires ■ Case studies ■ Compatible materials ■ Evaluation results ■ Inquiries *For more details, please refer to the PDF document or feel free to contact us.

  • Other cable related products

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Impregnation Seal Processing - See the Effects of Impregnation in Video 2

Significantly improved machinability of powder metallurgy.

Although powder metallurgy is said to be difficult to process due to intermittent cutting, it has been found that the workability can be significantly improved by performing resin impregnation. When comparing impregnated products to non-impregnated ones, it is said that the cutting resistance is reduced to 1/5 to 1/6. In recent years, the performance of processing machines, cutting tools, and oils has also improved, but the benefits of resin impregnation are particularly effective for difficult-to-cut components. We encourage you to give it a try.

  • Processing Contract

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Impregnation sealing process for powder metallurgy

A standard technology now! Resin impregnation for powder metallurgy.

The purpose of performing resin impregnation in powder metallurgy includes well-known benefits such as improving machinability and adding sealability, but there are various other applications as well.

  • Processing Contract

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Impregnation seal processing - General products -

Impregnation treatment that fills holes by penetrating the impregnation agent into numerous invisible voids! Functional special coating suitable for valve seats and automotive parts!

Impregnation seal processing involves using resin materials to penetrate and fill the countless invisible gaps found in metals, paper, wood, ceramics, and other materials with sealing agents. The benefits include improved pressure resistance, corrosion resistance, and machinability, making it a very familiar technology used in various items such as car engines and mobile phone components. We offer impregnation seal processing specialized for metal and resin parts. This allows for solutions to various issues, such as improving the machinability of powder metallurgy and addressing defects in surface treatments performed in post-processing. 【Features】 ■ Improvement of defects such as voids and gaps that are weaknesses in the material ■ Enhancement of the quality of materials and reliability of automotive parts ■ Significant increase in tool life and work efficiency, and substantial reduction in work costs ■ Sealing of surface pores in parts to prevent the intrusion of oil, solvents, and plating solutions ■ Significant improvement in aesthetics, corrosion resistance, and pressure resistance of oil and pneumatic components *For more details, please request materials or view the PDF data available for download.

  • Circuit board design and manufacturing

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Impregnation Seal Processing - See the Effects of Impregnation in Video

Clearly in the video. Surprised that there are no gaps.

Powder metallurgy is said to have gaps of 10% to 20% in volume. By performing resin impregnation, these gaps can be filled. The video shows the process of vacuuming both impregnated and non-impregnated samples underwater. The non-impregnated samples have air trapped in the gaps, causing bubbles to continuously emerge. In contrast, the impregnated samples do not have gaps, so no bubbles appear.

  • Processing Contract

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Impregnation Seal Processing - See the Effects of Impregnation in Video 3

Significantly improved machinability of powder metallurgy (comparison video)

The video shows a non-impregnated product. Although powder metallurgy is said to be difficult to process due to intermittent cutting, it has been found that the workability significantly improves with resin impregnation. When comparing impregnated and non-impregnated products, it is said that the cutting resistance is reduced to 1/5 to 1/6. In recent years, the performance of processing machines, cutting tools, and oils has also improved, but the effects of resin impregnation are particularly beneficial for difficult-to-cut parts. Please give it a try.

  • Processing Contract

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