Together with the European R&D team, passing on over 90 years of professional experience
If elastomers are a special material, they play a crucial role in the operational efficiency of volumetric pumps. The peristaltic hose pump or diaphragm pump.
The hose operates as a dynamic material and continuously moves with the pump’s operation.
The hose’s ability to withstand the pumping action and come into contact with the medium directly affects the life cycle cost of the pumping system.
Choosing an inappropriate hose may lead to serious losses for the pump equipment and the customer’s installation.
To ensure that our pumps always have the highest quality, JXHIN has rubber hoses with European formulations. The European team has established their own hose production facilities since their establishment over 90 years ago.
The internal formula and manufacturing capabilities since 1935
We are one of the few manufacturers that still independently produce elastomers.
The production of rubber formulas is deeply rooted in the development history of hoses, becoming one of our core competencies.
We develop formulas in advanced laboratories, relying on decades of practical experience.
With our unique internal expertise, we can provide customers with solutions that best match the fluids and application conditions.
JXHIN’s customers face a wide variety of fluids, and these fluids require careful analysis and specific solutions to ensure that the elastomers used in JX equipment have the best functional performance.
From experimental testing equipment to large mixers, injection molding machines, and vulcanization ovens, JXHIN has all the necessary equipment and expertise to ensure comprehensive control over the selection of elastomers and the production process.
Unique elastomer formulation and fluid compatibility database
We manage all stages of elastomer production internally, from numerical simulation and chemical formulation design, to mixing and injection molding.
After production is completed, we will test all elastomer components to ensure they meet all requirements.
The testing includes:
• Mechanical strength for wear resistance
• Chemical tolerance to the transported fluid
• Required color
• Compliance with regulations and standards
• Optimization of service life
• Product integrity (structure, turbidity, etc.)
• Anti-cleaning performance
With our experience and expertise, we can analyze the causes of stator failures and provide personalized solutions.
| Hose material | YM formulation | Advantages | Main applications | |
 |
NBR(Nitrile rubber) | YM 101 - YM 103 - YM 205 - YM 107 - YM 150 | Resistant to fats, non-mineral oils, alkalis, and detergents, with good mechanical properties. Attractively priced. | Such as sludge containing hydrocarbon fractions, and polyaluminium chloride (PAC). |
|
F-NBR(Food-grade nitrile rubber) | YM 201 (FDA / CE 1935/2004)- YM 251 (CE 1935/2004) - YM 134 (CE 1935/2004)- NBA (FDA / CE 1935/2004) | White inner surface. Suitable for food contact and for various foods, including fatty foods. Attractively priced. | Fruit and fruit concentrates, yogurt and dairy products, yeast, sugar, food additives; resistant to various cleaning chemicals. |
 |
NR(Natural rubber) | YM 13 - YM 213 | Excellent abrasion resistance. Generally resistant to dilute acids and alcohol. | Sludge with a solids content of up to 85%, magnesium oxide and titanium dioxide, water-based coatings, pigments, and food waste. |
|
F-NR(Food-grade natural rubber) | YM 165 - YM 123 -YM 135 | White inner surface. Suitable for food contact and for various foods, including dairy products. | Fruit and fruit concentrates, yogurt and dairy products, yeast, sugar, food additives; resistant to various cleaning chemicals. |
 |
EPDM(ethylene propylene diene monomer rubber) | YM 193 | Excellent chemical resistance, especially to ketones, alcohols, and concentrated acids. | Sodium hypochlorite, sodium bisulfate, ferric chloride, hydrochloric acid. |
 |
CSM(Hypalon) | YM 342 | Excellent resistance to strongly oxidizing products and concentrated acids and alkalis. | Hydrogen peroxide at concentrations up to 60%, cationic flocculants (polymers), and high-concentration sulfuric acid. |