MachineU > China Products > Minerals & Metallurgy

Specifications

Model NO. :

A32

Connection Form :

Depend on Products

Driving Mode :

Worm Gear

Nominal Pressure :

JIS10-20K

Channel :

Straight Through Type

Structure :

Floating Ball Valve

Type :

Depend on Products

Application :

Industrial Usage

Size :

Depend on Products

Condition :

New

Quality :

High Level

Transport Package :

Wooden Box

Specification :

Depend on products

Trademark :

ZEGOTA

Origin :

China

Production Capacity :

10000 PCS/Month

MOQ :

Price :

200

Description

A32 Lug Wear Resistant Butterfly Valves

The A32 Lug Wear Resistant Butterfly Valves is a high-performance, compact industrial fluid control solution engineered for demanding industrial applications. Featuring a precision-engineered concentric design where the valve stem aligns perfectly with the disc centerline, this valve ensures smooth operation and reliable sealing in low-to-medium pressure systems. Constructed with robust materials such as ductile iron, stainless steel, or specialty alloys, and paired with corrosion-resistant EPDM, NBR, or high-temperatureseals, it operates effectively across a temperature range of -20°C to 200°C, handling diverse media including water, steam, oils, and mild acidic/alkaline fluids.

Its space-saving wafer-style flange design simplifies installation and reduces pipeline complexity, making it ideal for space-constrained environments like municipal water supply, HVAC systems, food processing, and chemical plants. The lightweight structure, combined with low-torque operation, supports manual worm gear, pneumatic, or electric actuators for rapid response and precise flow control. Certified to ISO 5211 drive interfaces and API 609 fire-safe standards, the valve offers bidirectional sealing, a lifespan exceeding 100,000 cycles, and easy maintenance through replaceable seat seals-significantly reducing lifecycle costs. Typical applications include pump station shutoff, heat exchanger isolation, and industrial circulation control, positioning it as an optimal choice for efficiency-driven operations and cost-effective infrastructure.