Flexible Fluorine (ETFE) Resin Tubing (Dissipative Type) [Model Number: E-SJD]
Multi-Purpose / Chemical Resistance Tube | NEW! Electrical Resistivity of Hose is compliant with international standards. You can eliminate static electricity when you transfer flammable fluids.
Food Grade Certificate Request
chemicals ink paint flux UVpaint UVink food drink powder inflammable
- Piping for Preventing Static Electricity
- For Transferring Flammable Fluids at Chemical Factories
- For Transferring High Volatile Fluids such as Alcohol and Fragrance
- For Transferring Paints and Solvents
- Chemical Resistance…Since the inner layer is made of ETFE Fluorine Resin, E-SJD stands proof against most of the chemical substances.
- Dissipative…Due to the use of conductive resin and metal fiber, no matter how long a hose is, electrical resistivity (Conductive: Dissipative Grade) is achieved.
- Compliance with Guideline…The value of electrical resistivity is compliant with ISO 8031 and IEC/TS 60079-32-1: 2013 (Explosive Atmosphere: Part 32-1 : Guideline for Dangerous Static Electricity).
- Non-Adhesiveness…Since fluorine resin is superior in non-adhesiveness, you can wash out the fluids very easily.
- Plasticizer-Free…E-SJD does not contain plasticizer (an elution material) at all. E-SJD is an oil-free hose.
- RoHS2…E-SJD is free from RoHS2 restrictive substances. Certificate is available on request.
- Original Fittings…By using our original fittings, you can avoid accidents which are caused by incorrect choices of hose and fittings.
- Food Sanitation…E-SJD conforms to the Food Sanitation Law No.370 (No.370 of the Ministry of Health and Welare for Food Sanitation). (Confirmity to N-Heptane). Certificate is available on request.
- Temperature Range : -20 – 80 $^\circ$C
- Color : Sliver
* If you prefer a size or color that is not in the standard, please fill out the following form.
Made-to-Order Inquiry Form
* You can purchase our products other than the standard length.
For more information on our Product Standard of E-SJD, please click "Product Leaflet Download" above.
For more technical information (such as Thickness of Each Layer and Precautions in Use) on E-SJD, please click "Product Specification Download" above.
- Due to the laminated structure tubing, please use the joints to seal an inner surface of the hose.
- Please do not use the joints to seal an outer surface of the hose. This may result in the bursting or coming off from the hose.
- When you use our products, please refer to “Precautions for Use.”
- In terms of chemical resistance, please refer to “Chemical Resistance Data.”
- Although the inner layer is made of ETFE fluorine, please make sure whether or not E-SJD is usable for high purity fluids before you use.
- Although the inner layer is resistant to fluids, depending on working environments, the fluids would be permeated through the inner layer, resulting in the danger of swelling and degradation of the middle or outer layer.
- Flexible Fluorine (ETFE) Resin Tubing (Dissipative Type) do not have the function of getting rid of already charged fluids. Please take another approach to deal with.
Frequently Asked Question
Question: What is the characteristic of E-SJD?
Answer: E-SJD meets the international guideline on static electricity. With special structures of the hose, E-SJD prevents the generation of static electricity, resulting in the creation of safe work environment. If you transport high flammable fluid, we strongly recommend you to consider E-SJD.
Relationship Graph between Working Temperature and Maximum Working Pressure
HAKKO Original Fittings for E-SJD
|Product Name||Materials, Characteristics
|Fittings for Multi-Layer Tubing [Model Number: E-FTS-F]]||
- Material: SUS316L(Body) , SUS304(Nut)
- It is designed by HAKKO tubing products, so you do not have to worry about fluid leakages and coming off.
- Specify temperature range and working pressure for each product.
- Since it is excellent in corrosion resistance (Body: made of 316L Steel Use
- Stainless…Passivation Treatment), you can transfer a wide variety of fluids.