6213 Type G3/8 2/2 Normally Closed 00221758 00221759 00221761 Stainless Steel Burkert

This industry utilizes valves primarily for pipeline switching and flow control within systems such as tap water supply, sewage treatment, and pure water preparation.

Featuring a 316L stainless steel valve body combined with FKM or EPDM seals, these valves exhibit strong resistance against corrosion caused by residual chlorine and impurities present in water. Additionally, their damping structure effectively minimizes water hammer impacts within the pipelines.

Valves in this sector are applied to filling equipment, cleaning systems (CIP), and ingredient transfer pipelines that handle beverages, dairy products, condiments, and various other consumables.

Constructed from lead-free brass, the valve bodies comply with European standards for drinking water and food contact materials. Their smooth internal surfaces help prevent the accumulation of media residues, thereby fulfilling the stringent hygiene requirements of the food and beverage industry.

These valves are used for on-off control of purified water, Water for Injection (WFI), and reagent fluids within pharmaceutical manufacturing lines.

Ensuring compatibility with various media and reliable sealing performance, the valves help prevent contamination. An optional ATEX-certified explosion-proof version is also available, making them suitable for hazardous environments commonly found in pharmaceutical workshops.

Valves designed for this category are suitable for controlling compressed air pipelines, managing cooling water circulation in machine tools, and conveying solvents in chemical laboratory settings.

Their compact design allows easy installation even in confined spaces. Furthermore, with a 100% ED continuous working capacity, these valves support the long-term operational demands of diverse industrial equipment.

In agricultural applications, these valves are integrated into automatic irrigation systems to regulate the opening and closing of waterways. They can be paired with sensors to enable precise water delivery tailored to crop requirements.

The valves feature a zero-pressure startup capability, allowing them to function efficiently within the low-pressure water supply conditions typical of agricultural irrigation environments.