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Sprinkler Bend Welded ( KP )

Sprinkler Bend Welded ( KP ) Specification

Thread Type
BSP / NPT (on request)

Flexibility
Rigid

Yield Strength
>210 MPa

Connection Type
Welded / Threaded

Sealing Type
Threaded with Sealant / Welded Joint

Coating Type
Zinc (for galvanized), Epoxy (optional)

Tensile Strength
>330 MPa Megapascals (MPa )

Diameter
1 to 4 Inch (in)

Tolerance
1 mm Inch

Temperature Range
-20C to 200C Celsius (oC)

Product Type
Sprinkler Bend Welded (KP)

Material
Other

Connection
Butt Welded or Screwed

Shape
Bend (Elbow)

Standard
Other

Surface Treatment
Black Painted / Hot Dip Galvanized

Outer Diameter
25 mm to 100 mm Millimeter (mm)

Section Shape
Round

Length
150 mm to 300 mm Millimeter (mm)

Thickness
2.6 mm to 5 mm Millimeter (mm)

Color
Black / Silver (Galvanized)

Usage
Fire Protection System

Rated Pressure
up to 16 Bar

Material Grade
IS:1239 Grade A / IS:3589 Fe410

Application
Fire Sprinkler Piping

Corrosion Resistance
Yes (Galvanized or Painted)

Manufacturing Process
Cold Formed & Welded

Inspection
Hydrostatic / Visual / Dimensional

Lead Time
10-15 Days

Packaging Type
Gunny Bag / Wooden Box / Bundle

MOQ
100 Pieces

End Type
Plain End / Bevelled (for welding) / Threaded (for screwing)

Weight
Varies with Size (Approx. 0.5 to 2 kg)

Suitable Fluids
Water / Inert Gas / Air

Compliance
UL Listed / FM Approved (on request)

About Sprinkler Bend Welded ( KP )

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

Reliable Fire Sprinkler Pipe Connections

Sprinkler Bend Welded (KP) elbows provide secure, leak-resistant junctions for fire sprinkler piping systems. Supporting multiple connection types welded and threaded these bends are crafted from high-grade mild steel, ensuring long-term durability even under demanding conditions. Quality-tested for hydrostatic pressure, the fittings excel in both residential and industrial fire protection settings.

Enhanced Corrosion Resistance

To maximize lifespan and maintain performance under exposure, each bend is treated with either black paint or hot-dip galvanization. Optional zinc or epoxy coatings ensure superior resistance against moisture and chemical corrosion, making these pipe fittings ideal for indoor and outdoor installations.

Customizable to Project Requirements

Sprinkler Bend Welded (KP) elbows are available in various sizes, thicknesses, surface finishes, and connection types. Whether your project demands butt welding or screwing (BSP/NPT threads), customization for bend radius and length lets you achieve exact specifications for optimal system integration.

FAQs of Sprinkler Bend Welded ( KP ):

Q: How is the Sprinkler Bend Welded (KP) manufactured and inspected?

A: Each bend is produced using a cold-formed and welded process, followed by hydrostatic, visual, and dimensional inspections, ensuring reliable strength, leak tightness, and compliance with relevant standards.

Q: What are the available end types for connecting these sprinkler bends?

A: You can choose between Plain End, Bevelled End for welding, or Threaded End for screwing, allowing compatibility with various installation requirements and connection preferences.

Q: Which fluids can be conveyed through these fittings?

A: These bends are suitable for water, inert gas, and air, making them versatile not only for fire protection but also for other low-pressure piping systems.

Q: What is the lead time and minimum order quantity for purchasing?

A: A minimum order of 100 pieces applies, with typical lead times ranging from 10 to 15 days depending on customization and stock availability.

Q: Where are these sprinkler bends commonly used and what are their main benefits?

A: Sprinkler Bend Welded (KP) elbows are widely used in fire protection systems for secure, leak-resistant pipe connections, offering high tensile strength, corrosion resistance, and easy installation.

Q: What standards and certifications do these bends comply with?

A: The products meet IS:1239, IS:3589, and ASTM A106 standards. UL Listing and FM Approval are provided upon request to satisfy industry compliance needs.

Q: How does the corrosion protection work, and which surface treatments are available?

A: Corrosion resistance is achieved through hot dip galvanization or black painting, with optional zinc or epoxy coatings. This ensures robustness against moisture, chemicals, and extended outdoor exposure.

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