Description

Technical Parameters

Water Softener Systems seals

Material	FKM
Density	1.8 - 2.0 g/cm³
Hardness	70 - 90 Shore A
Tensile strength	10 - 20 MPa
Elongation at break	150 - 300%

Certification standard

ISO 9001 is a global quality management standard that ensures products satisfy customer expectations and requirements. Manufacturers can get ISO 9001 certification to verify their quality control and production practices. NSF/ANSI standards apply to water treatment products, with NSF/ANSI 61 used to evaluate drinking water safety for water softener o-rings. The Water Rules Advisory Scheme (WRAS) guarantees that materials in water supply systems meet British water regulation criteria. The RoHS directive of the European Union bans the use of hazardous substances in electrical and electronic devices, and o-ring materials may include forbidden chemicals. FDA certification is frequently necessary for materials and products that come into contact with food, such as the o-rings in water softener systems.

Introduce

An essential part of water softening systems, an O-ring filters out hardness ions like calcium and magnesium to keep the water from becoming alkaline and causing scale. The robust, chemical-resistant rubber materials used to make these seals, such as silicone, nitrile, or fluoroelastomer, offer trustworthy sealing and ensure that connections between system components are well sealed to stop the leakage of water or other media. In water softening systems, they are frequently used to seal valves, pipe connections, filter components, and other connecting parts.

Advantage and function

The o-ring is an essential component in water softening systems, providing reliable sealing and preventing water leakage. It is constructed of chemically resistant materials such as silicone rubber, fluoroelastomer, and nitrile rubber, which can survive corrosion from detergents and other chemicals. O-rings are also engineered to endure high temperatures, ensuring that the system continues to function normally in such conditions. They must also be wear-resistant, meaning they can tolerate water flow and operational pressure without breaking readily. O-rings are tiny and easy to replace as they wear out or break, minimizing maintenance time and costs. They are adaptable and may be utilized in a variety of water treatment systems and equipment, making them an effective sealing option for both industrial and domestic water softeners.