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Bioethanol Cleaning Agent Product List

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[Case Study] Introduction of Adoption Results for Bioethanol Cleaning Agents!

A must-see for those looking for alternatives to organic solvents! We will introduce the reasons for adoption by companies that have switched to bioethanol cleaners. A reference for choosing cleaning agents.

The "Eraser Series - Adoption Results" in the case study materials is a document that outlines the industries of companies that have adopted the Eraser Series and the reasons for their adoption. 【Recommended for the following people!】 ■ I don't understand the benefits of bioethanol cleaning agents... ■ I don't want to compromise on cleaning power or quality... ■ I'm worried about potential risks that could affect the product... ■ I have the impression that it's just expensive... and so on. *For more details, please download the PDF or feel free to contact us.

  • Safety and consumables

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[Technical Data] Bioethanol Cleaning Agent vs IPA

What is IPA? Why is "substitution" necessary? A thorough explanation of issues related to chemical substance risk assessment, including economic risks, harmfulness, and comparative testing.

The technical document "Alternatives to IPA" provides a detailed explanation of IPA, which falls under the regulations for preventing organic solvent poisoning. Additionally, it presents a comparison of economic risks and harmful effects with bioethanol cleaning agents in an easy-to-understand table format. You can also refer to comparative tests based on immersion dissolution and total cleaning costs. 【Contents Overview】 ■ What is IPA? ■ Main applicable regulations for IPA ■ Why is an alternative to "IPA" necessary? ■ Examples of emission suppression equipment ■ Installation of local exhaust systems ■ Measurement of working environment is mandatory ■ What is chemical substance risk assessment? ■ Flow of risk assessment ■ What are human management items? ■ About aerosol rinse ■ Comparison of bioethanol cleaning agents and IPA ■ Economic risks ■ Comparison of harmfulness ■ Comparative tests based on immersion dissolution ■ Total cleaning costs ■ Solvents that can replace aerosol rinse ■ Appendix: Regulatory map regarding organic solvents *If you would like the technical document, please feel free to download it or contact us.

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Turning defective products into good ones! How to "clean" quickly, beautifully, and reliably? Technical documentation available.

Total cost reduction: Cleaning power equivalent to thinner and IPA! Reduces defects in subsequent processes such as painting and welding due to insufficient cleaning, significantly cutting unnecessary costs.

Do you have any concerns about defects during the painting, plating, or welding of molded products? - The painting does not go well, requiring rework. - There are inconsistencies in the plating process. - There are many welding defects, leading to unnecessary rework and effort. - I want to reduce costs. These issues may be resolved by reviewing the previous process of "cleaning." If the defect rate improves, it can lead not only to an increase in profit margins but also to an increase in the company's credibility, potentially resulting in repeat orders. To achieve this, the selection of "cleaning agents" is extremely important. The cleaning agents we handle have a high oil decomposition capability compared to general products and possess cleaning power equivalent to thinner and IPA. Additionally, they are safe bioethanol cleaning agents that significantly reduce harmful risk, contributing greatly to chemical risk assessment and compliance. Rather than slightly reducing initial costs, reducing defect rates and unnecessary labor costs can lead to a **2x** positive effect. Why not take this opportunity to review the cleaning agents that can help reduce defect rates? *If you would like technical materials, please feel free to download them or contact us.*

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