EX-DKV55-PL 防爆電気UPVCボールバルブ - 自動帰還付きのダブル・ユニオン & 耐食性

Engineered for the most demanding industrial environments, the EX-DKV55-PL is a premium UPVC electric ball valve designed to handle corrosive media with precision and safety. Featuring a robust explosion-proof actuator with an automatic return function, this valve ensures fail-safe operation in hazardous locations. Its lightweight, non-toxic UPVC construction offers exceptional resistance to acids, 拠点, and saline solutions, making it the ideal solution for water treatment, 化学処理, and sewage pipelines.

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高性能, lightweight UPVC electric ball valve featuring an explosion-proof design, automatic return safety, and a double union structure for easy maintenance in highly corrosive chemical and water treatment systems.

✅Explosion-Proof & Automatic Return Safety: Equipped with a high-grade explosion-proof electric actuator and an automatic reset mechanism, this valve provides critical safety assurance in hazardous environments, automatically returning to a set position during power failures to prevent accidents.

✅Superior Corrosion Resistance (UPVC): Constructed from high-quality UPVC material, the valve body offers excellent chemical stability against strong acids, アルカリ, seawater, and saline solutions, significantly outlasting metal valves in corrosive pipelines.

✅Double Union Design for Easy Maintenance: Featuring a convenient double union (true union) 接続, the valve allows for quick disassembly and replacement of the valve body without cutting the pipe, minimizing system downtime and maintenance costs.

✅Hygienic, Non-Toxic & 軽量: The material is strictly hygienic and non-toxic, making it suitable for raw drinking water and purified water systems. Its lightweight design facilitates easier installation and reduces the physical load on pipeline supports.

✅High Durability & Low Torque: 長寿命を重視して設計されています, the valve exhibits high wear resistance and excellent strength/toughness. The optimized ball structure requires small opening and closing torque, reducing energy consumption and wear on the electric actuator.