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Fluorine Hose×平間ゴム機材 - List of Manufacturers, Suppliers, Companies and Products

Fluorine Hose Product List

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[Case of Concern] Flow Electrification in the Transport Line of Flammable Paint

[Case of Concern] Flow Electrification in the Transport Line of Flammable Paint

Achieve a stable electrical resistance value (conductivity: dissipation property grade) regardless of hose length!

We would like to introduce a case study regarding the flow electrification of flammable paint transport lines. When liquid flows through pipes (hoses), charge separation occurs due to the flow, resulting in static electricity being generated on both the liquid and the hose. Therefore, it is necessary to make the entire contact surface of the hose conductive. The conductive super-flexible fluorine spring "E-SJSD" achieves a stable electrical resistance value regardless of the length of the hose by using conductive resin and stainless steel wire. This helps to suppress the risk of ignition caused by static electricity, allowing for the safe transport of flammable paint. [Case Overview] - Organic solvent-based paints are flammable fluids, making static electricity countermeasures essential. - A hose that is resistant to bending is desirable for operational purposes. - Measures against flow electrification are necessary. *For more details, please download the PDF or feel free to contact us.

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Conductive Super Flexible Fluorine Spring 'E-SJSD' Electrostatic Countermeasure × Cleanability

Conductive Super Flexible Fluorine Spring 'E-SJSD' Electrostatic Countermeasure × Cleanability

Coating, film, paint, and color matching! Conductive flexible hose compliant with international standards IEC.

The "E-SJSD" is a high-performance fluorine hose designed for static electricity countermeasures and focused on cleanability, featuring a hybrid structure of conductive fluorine tubing and SUS spring wire. By incorporating conductive materials in the inner and intermediate layers, it achieves static electricity dissipation performance in accordance with IEC international standards. It is ideal for applications requiring cleanability, slip resistance, and static electricity control, such as coating, high-performance films, paints, and color matching. Additionally, the built-in SUS spring ensures flexibility and shape retention, making it resistant to crushing and easy to install. It provides excellent flow even with high-viscosity fluids and minimizes residual liquid after cleaning, ensuring reliable performance even in frequently switched liquid lines. It is perfect for replacing conventional SUS piping and non-conductive hoses. 【Features】 Static electricity countermeasures: Conductive structure suppresses static charge Chemical resistance: High chemical and solvent resistance of fluorine materials Slip resistance & cleanability: Effective for high-viscosity liquids and switching lines At Hirama Rubber Machinery, our staff will provide careful support for small lot processing, shortened delivery times, and specification consultations for the E-SJSD. Please feel free to contact us for PDF catalog requests or sample inquiries.

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Case Study of Conductive Super Flexible Fluorine Springs: Printing and Coatings

Case Study of Conductive Super Flexible Fluorine Springs: Printing and Coatings

We will introduce examples where the frequency of replacement has been reduced due to excellent electrical conductivity and solvent resistance.

We would like to introduce a case where the "Conductive Super Flexible Fluorine Spring" was adopted in the printing and paint industry. The customer was struggling with the lack of solvent resistance in the current conductive rubber hose and the increased costs due to more frequent replacements. With the adoption of the new product, the inner layer of fluorine has high solvent resistance, which reduced the frequency of replacements. This allowed for a reduction in replacement costs while maintaining safety. 【Case Overview】 ■ Fluid: Ink and paint (organic solvents) ■ Current Product: Conductive rubber hose ■ Issue: Conductive rubber hose lacks solvent resistance, leading to increased costs due to more frequent replacements ■ Adopted Product: Conductive Super Flexible Fluorine Spring ■ Result: Reduced replacement costs while maintaining safety *For more details, please download the PDF or feel free to contact us.

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Case Study of Conductive Super Flexible Fluorine Spring: Adhesive

Case Study of Conductive Super Flexible Fluorine Spring: Adhesive

Reducing exchange frequency! Introducing examples where conductive performance is excellent and static electricity generation has been resolved.

We would like to introduce a case where the "Conductive Super Flexible Fluorine Spring" was adopted in the adhesive industry. The commercially available fluorine hose used by the customer had not implemented static electricity measures, posing a risk of ignition. Our product has excellent conductivity and high solvent resistance due to its inner fluorine layer, which allowed for a reduction in replacement frequency and resolved the issue of static electricity generation. 【Case Overview】 ■ Fluid: Toluene (organic solvent) ■ Current Product: Commercially available fluorine hose ■ Issue: No static electricity measures implemented, risk of ignition ■ Adopted Product: Conductive Super Flexible Fluorine Spring ■ Result: Resolved static electricity generation *For more details, please download the PDF or feel free to contact us.

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