Zoloto Ductile Iron Sluice Valve PN 1.6 (Flanged) – ISI Marked
Zoloto Ductile Iron Sluice Valve PN 1.6 (Flanged), Article Code 1096, is a high-performance isolation valve designed for water supply, irrigation, fire protection, and industrial pipeline applications. Manufactured by Zoloto Industries, this valve is engineered to provide reliable shut-off performance, durability, and long service life.
Product Specifications
Product Name: Zoloto Ductile Iron Sluice Valve PN 1.6 (Flanged)
Article Code: 1096
Design Standard: IS 14846 PN 1.6
Certification: ISI Marked
Body Material: Ductile Iron
Operation: Handwheel Operated
Stem Type: Inside Screw, Non-Rising Stem
Bonnet Type: Bolted Bonnet
End Connection: Flanged Ends as per IS 1538
Salient Features
Robust ductile iron construction for superior strength
Rigid and sturdy design for long-lasting performance
Bolted bonnet construction ensures easy maintenance
Inside screw and non-rising stem design
Smooth handwheel operation
Excellent sealing and shut-off characteristics
Suitable for underground and above-ground installations
ISI certified for assured quality and compliance
Pressure Rating
Nominal Pressure: PN 1.6 (16 Bar)
Hydrostatic Test Pressure
Shell Test Pressure: 2.4 MPa
Seat Test Pressure: 1.6 MPa
Maximum Working Temperature
45°C
Applications
Municipal water distribution systems
Water treatment plants
Irrigation networks
Fire protection systems
Industrial water pipelines
Infrastructure projects
Commercial and residential water supply systems
Benefits
Reliable Isolation
Provides effective on/off control with minimal pressure loss when fully open.
Durable Construction
Ductile iron body offers excellent mechanical strength and resistance to operational stress.
Easy Maintenance
Bolted bonnet design simplifies inspection and servicing procedures.
Long Service Life
Designed for dependable operation in demanding water handling applications.
The Zoloto Ductile Iron Sluice Valve PN 1.6 (Flanged) – Article 1096 is a trusted solution for water distribution and utility networks where durability, quality, and reliable flow isolation are essential.
