DI Saddle

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MOQ : 50 Pieces

DI Saddle Specification

Metal Type
Ductile Iron (DI)

Material Grade
Grade 500-7

Tensile Strength
Minimum 420 MPa

Weight
2.5 kg to 25 kg (varies with size)

Density
7.3 Gram per cubic centimeter(g/cm3)

Material
Ductile Cast Iron

Structure
Saddle Clamp

Standard
ISO 2531 / EN 545 / IS 8329

Shape
Round body with side branch

Coating
Fusion bonded epoxy coated for corrosion resistance

Branch Outlet Size
12 inch to 6 inch

Application
Suitable for water supply and irrigation pipeline connections

Connection Type
Bolted with gasket seal

Temperature Range
-10C to +80C

Working Pressure
Up to 16 bar

Color
Blue (standard epoxy color)

Main Pipe Diameter Suitability
80mm to 600mm

End Connection
Flanged branch

DI Saddle Trade Information

Minimum Order Quantity
50 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
500 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About DI Saddle

Discover the highly recommended DI Saddle, a celebrated and affordable solution crafted from top-notch ductile cast iron, ideal for reliable water supply and irrigation pipeline connections. Engineered to endure a majestic working pressure of up to 16 bar and fitted with a fusion bonded epoxy coating, this product offers impressive corrosion resistance and durability. Available in main pipe diameters ranging from 80mm to 600mm and branch outlet sizes from 6 to 12 inches, each is meticulously designed with a bolted connection and gasket seal for superior, leak-free performance. Grab yours today and benefit from global standards and unrivaled build quality!

Versatile Applications and Commercial Utility

The DI Saddle is expertly engineered for diverse application media, including water supply networks and irrigation systems-ideal for use in agricultural, municipal, and industrial pipeline projects. With its robust flanged branch and adaptable round body shape, this saddle clamp supports secure installation and lasting commercial utility. Specifically tailored for main pipeline diameters between 80mm and 600mm, it guarantees high reliability for varied uses, enhancing distribution efficiency and pipeline longevity in any setting.

Certifications, FOB Port, and Quick Dispatch Options

Certified under ISO 2531, EN 545, and IS 8329 standards, every DI Saddle undergoes careful valuation and quality checks. Our celebrated products are dispatched quickly from major Indian FOB ports, ensuring rapid, reliable global shipping. Flexible payment terms make transactions smooth and customer-friendly. We charge competitively for swift order processing and hassle-free payments, meeting demands for timely delivery. Experience peace of mind with dependable manufacturing, robust quality certification, and responsive supply service from our team.

FAQ's of DI Saddle:

Q: How is the DI Saddle suitable for water supply and irrigation pipelines?

A: The DI Saddle is designed to connect seamlessly to water supply and irrigation pipelines, featuring a corrosion-resistant epoxy coating, a strong ductile iron body, and a gasket-sealed bolted connection for long-lasting, leak-proof performance.

Q: What certifications and standards does the DI Saddle adhere to?

A: This DI Saddle complies with ISO 2531, EN 545, and IS 8329 standards, ensuring top-notch manufacturing quality, safety, and international acceptance for a variety of pipeline projects.

Q: Where can the DI Saddle be used commercially?

A: It is highly recommended for use in municipal water infrastructure, agricultural irrigation systems, and industrial fluid distribution, offering broad compatibility and lasting strength.

Q: What is the typical process for ordering and dispatch?

A: Simply place your order, and after quick valuation and payment completion, your DI Saddle will be dispatched promptly from an Indian FOB port, guaranteeing fast delivery worldwide.

Q: What is the benefit of the fusion bonded epoxy coating on the saddle?

A: The epoxy coating provides exceptional corrosion resistance, prolonging the DI Saddle's service life and maintaining system integrity under various working pressures and environmental conditions.

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