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Sprinkler Bend Welded (EP )

Sprinkler Bend Welded (EP ) Specification

Tolerance
1 mm

Connection Type
Butt Weld

Bend Radius
Standard 90 / Custom as per drawing

Yield Strength
> 250 MPa

Temperature Range
-10C to 80C

Flexibility
Rigid

Sealing Type
By Welding

Tensile Strength
> 350 MPa

Thread Type
Not Applicable (Welded)

Coating Type
Electroplated / Zinc Coated

Diameter
Nominal Bore (NB): 1 4

Product Type
Sprinkler Bend Welded (EP)

Material
Mild Steel / Carbon Steel

Connection
Welded End

Shape
Bend (Elbow Pipe)

Standard
IS 1239 / ASTM A234 / Equivalent

Surface Treatment
Electroplated (EP) / Galvanized

Outer Diameter
25 mm 100 mm

Section Shape
Round

Length
150 mm 600 mm (per bend)

Thickness
2.5 mm 5 mm (customizable)

Color
Silver / Zinc-coated

Usage
Fire Sprinkler System Piping / Fire Protection Installation

Rated Pressure
Up to 16 Bar

Material Grade
IS2062 / A234 WPB

Application
Fire Hydrant & Sprinkler Pipework

Compliance
Meets Fire Safety Standards

Corrosion Resistance
Yes, due to EP coating

Weight
Varies by size, approx. 0.83.5 kg/unit

Ambient Suitability
Indoor and Outdoor Use

Manufacturing Process
Cold Formed and Welded

End Finishing
Deburred & Smooth

Packing Type
Plastic Wrapped / HDPE Bags / Custom Packing

Inspection
Hydrotested & Visually Inspected

About Sprinkler Bend Welded (EP )

Providing you the best range of Agricultural HDPE Pipe Fittings i.e. Adapter, EP Reducer Welded, Pipe Coupler, Tail Socket, Pipe Black Coupler and KP End Cap with effective & timely delivery

Robust Corrosion Resistance

Thanks to its EP (Electroplated) or zinc coating, the Sprinkler Bend Welded offers strong resistance against corrosion, ensuring longevity in various environments. This makes it highly suitable for fire sprinkler and hydrant systems exposed to moisture or challenging conditions, allowing for both indoor and outdoor use.

Precision Manufacturing and Inspection

Each bend undergoes cold forming, welding, and comprehensive quality checks, including hydrotesting and visual inspection, with strict adherence to 1 mm tolerance. This meticulous approach guarantees accurate fitment, leak prevention, and consistent performance across all units, supporting critical fire protection standards.

Versatile Application and Customization

Engineered to fit a range of pipe sizes (25 mm-100 mm OD) and lengths (150 mm-600 mm), with customizable thickness options, this elbow pipe accommodates specific project requirements. The smooth, deburred ends and standard bend radii make installation seamless in various fire protection systems, ensuring reliable flow and easy welding.

FAQ's of Sprinkler Bend Welded (EP ):

Q: How is the Sprinkler Bend Welded (EP) manufactured?

A: The bend is produced using a cold forming process followed by welding. After shaping and joining, the item is hydrotested and visually inspected to ensure structural integrity and compliance with fire safety standards.

Q: What materials are used in this product, and how does EP coating benefit corrosion resistance?

A: Sprinkler Bend Welded (EP) is made from mild steel or carbon steel. The EP (Electroplated) coating provides a protective zinc layer on the surface, effectively guarding against rust and extending the pipe's lifespan in humid and corrosive environments.

Q: Where can these bends be used in fire protection systems?

A: These bends are designed for piping networks in fire sprinkler and hydrant installations. Their robust construction and corrosion resistance make them suitable for both indoor and outdoor fire safety applications.

Q: How does the product ensure a safe and reliable connection?

A: The bends feature welded ends with deburred and smooth finishing, guaranteeing a tight, leak-proof seal compatible with butt-welded connections. Every unit is hydrotested to verify pressure resistance up to 16 bar.

Q: What packaging options are available for shipping and handling?

A: Sprinkler Bend Welded (EP) fittings are packed according to customer requirements, using protective plastic wrap, HDPE bags, or custom packaging to prevent damage during transport and storage.

Q: Can the size and shape be customized for specific projects?

A: Yes, the bends are available in a range of outer diameters, lengths, thicknesses, and bend radii. Customizations can be accommodated as per project drawings and specifications to ensure optimal fitment.

Q: What are the main benefits of using this product in fire safety systems?

A: Key advantages include high tensile and yield strength, proven corrosion resistance, precise tolerances, and certified compliance with major fire safety standards, ensuring durability and effective operation in critical fire protection infrastructure.

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