C-Type Wear-resistant Ball Valve

Specifications

Confirmed at quote

Size Range: DN50-DN900
Pressure Class: Class 150 to Class 1500

Available sizes

Standard DN sizes covered by this product. Confirmed at quote.

DN50 DN65 DN80 DN100 DN125 DN150 DN200 DN250 DN300 DN350 DN400 DN450 DN500 DN600 DN700 DN800 DN900

Configure your variant(manually adjust box on the right if you require a different spec)

Size
Pressure

Materials

All available material options per part. Click a pill to set it in the configurator.

body
ball sealing surface

Features

Eccentric ball setting with 'C'-shaped channel produces wedging effect against valve seat during rotation, enhancing sealing
Frictionless switching: ball lifts away from seat before rotation, preventing seat contact during travel
Single seat design prevents downstream leakage and internal pressure build-up
Self-cleaning: media flows 360° around the seal as ball moves away from seat, clearing debris
Low operating torque due to absence of friction on sealing surfaces
Hard alloy reinforcement on ball sealing surface for durability in harsh conditions
Full bore design provides unobstructed flow path with no dead zones
Bidirectional shutoff capability
Suitable for high and low temperature extremes and frequent operation cycles
Upper and lower support axis positioning structure ensures sphere stability and prevents tilting

Notes

Technical Specification fields (Design Standard, Pressure Temperature Rate, Face to Face, Flange Standard, Welding, Fire Safe, Pressure Test) are listed but not populated on the page — details available on request.
NPS range also stated as NPS 2"–36"; PN range also stated as PN 10–250.
Actuation options include 'etc.' implying additional actuator types available on request.

Description

An eccentric ball valve with a 'C'-shaped channel designed for harsh operating conditions. The eccentric ball setting produces a wedging effect against the valve seat during rotation, improving sealing performance and reducing opening and closing torque. Upper and lower support axis positioning ensures sphere stability and even distribution of medium thrust.