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For coating Product List and Ranking from 4 Manufacturers, Suppliers and Companies | IPROS GMS

For coating Product List

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Causes of Poor Release and Six Countermeasures | Explanation of Methods to Reduce the Use of Release Agents

For those troubled by release issues during molding. We will introduce improvement measures and tips for reducing the amount of release agent used. Materials that help improve release defects are currently available.

"Release failure" refers to the situation where materials do not separate well from the mold during the shaping or processing of products, resulting in defects or scratches. Such failures can lead to a decline in product quality and an increase in costs. **Methods to Improve Release Failure** - **Use of Release Agents** By selecting the appropriate release agent and using the right amount, materials can separate more easily from the mold. - **Design Improvements** Reviewing the design of the mold can sometimes make it easier for materials to separate from it. - **Material Changes** Choosing suitable materials, such as those with excellent release properties, can lead to improvements in release failure. - **Improvement of Molding Conditions** By reviewing molding conditions such as temperature and pressure, release failures can be improved. - **Regular Maintenance** Conducting regular maintenance on molds and machines can help prevent troubles during molding. - **Utilization of Surface Treatments** Applying non-stick (release) surface treatments to molds can improve molding troubles and reduce the use of release agents, as well as decrease the frequency of mold maintenance. By appropriately combining these methods, improvements in release failure can be expected. Coating materials that assist in improving release failure are currently being offered.

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  • Processing Contract
  • For coating

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High grip grade

From requests to increase the friction coefficient to requests for a coating that does not slip at all.

We would like to introduce the "High Grip Grade" that we handle. This grade has performance opposite to that of solid lubrication coatings. We respond to a wide range of requests, from simply wanting to increase the friction coefficient to wanting to make surfaces completely non-slippery. There are cases where components that utilized the adhesive properties of rubber have been replaced with a coating film of just a few tens of micrometers. Additionally, we are developing technology to make building handrails less slippery in order to propose comfortable living environments in an aging society. 【Features】 ■ Provision of stickiness ■ High friction coefficient *For more details, please refer to the PDF materials or feel free to contact us.

  • Coating Agent
  • For coating

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New DLC / NEO-C Example: Compressor Vane

The rotary CO2 compressor vane of the heat pump electric water heater "Mitsubishi Eco Cute" has adopted NEO-C.

■Compressor Vanes / Mitsubishi Electric Corporation Our DLC/NEO-C coating has been adopted for the surface treatment of the vanes in the rotary CO2 compressor used in the heat pump electric water heater "Mitsubishi Eco Cute," contributing significantly to quality improvement.

  • Other pumps
  • Special Pump
  • Vacuum pump
  • For coating

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Heavy wire wedge surface treatment/coating solution

Achieving longer lifespan for wedge bonding tools! Increased bonding cycles until the first cleaning, suitable for wear reduction. *Support from research institutions available.

Micro Point Pro's "Heavy Wire Wedge Surface Treatment/Coating" maintains high-quality bonding performance while achieving reduced buildup and wear. As a countermeasure against buildup, we offer four types of coatings using carbon-based and silicon-based materials. 【Features】 ■ Long-term bonding and tool life ■ Attractive pricing ■ Support for consignment and custom products ■ Assistance with new tool development and design support for customers ■ Special tool marking options

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