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Specification


  • Part Code :- AGW 850025
  • Part No :- 1.418.522.055
  • Model No :- UTB 650

Product Information:

Model Name/Number AGW 850025
Finishing Smooth/Polished
Load Capacity High/As per hydraulic spec
Surface Treatment Galvanized
Material Steel
Dimension (L*W*H) Various/Customizable
Lubrication Type Self-lubricated
Size Standard/custom as per application
Color Silver/Grey
Hardness High
Tolerance ±0.05 mm
Product Type Hydraulic Cylinder Delivery Pipe
Technology Precision engineering
Use Hydraulic systems, industrial delivery
Power Mode Hydraulic
Weight As per size & length
Mounting Type Flanged/Threaded
Sealing Type Compatible with O-ring/gasket
Part Name Delivery Pipe
Model No DELIVER-2024
Pressure Range Up to 250 bar
Technique Seamless
Part Type Pipe/Tube


Discover the DELIVER-2024 Delivery Pipe a splendid choice for industrial and hydraulic applications. Crafted from redoubtable steel with a smooth, galvanized finish, this featured part boasts praiseworthy corrosion and shock resistance. Designed to withstand pressures up to 250 bar and temperatures from -20C to +80C, it enables optimal performance in heavy equipment and automated machinery. With a lifecycle of 500,000 cycles and minimal maintenance, this seamless, self-lubricated pipe is available in standard or customizable sizes at the lowest price, ending soon for bulk orders from Mumbai port.

DELIVER-2024: Application & Usage Guide

This delivery pipe is widely used by manufacturers and operators of automated machinery and heavy equipment, especially within hydraulic systems and industrial delivery processes. To ensure optimal performance, install using compatible O-rings or gaskets with your preferred mounting styleflanged or threaded. DELIVER-2024 excels in areas demanding durability and precision, such as factories, logistics centers, and machinery plants, providing consistent results even under strenuous conditions.


DELIVER-2024: Payment, Sample, and Certification Information

Rates for DELIVER-2024 delivery pipes are highly competitive, reflective of superior quality. Sample policies allow clients to assess shipped goods before large-scale orders. We facilitate logistics through reliable channels, ensuring prompt delivery from Mumbai. All products are backed by relevant certifications, underscoring quality assurance and compliance. Payment terms are flexible, supporting smooth transactions for exporters, distributors, and wholesalers in India and internationally.


FAQs of // Deliver:


Q: How is the DELIVER-2024 Delivery Pipe used in hydraulic systems?

A: The DELIVER-2024 Delivery Pipe is engineered for seamless integration in hydraulic systems, facilitating high-pressure fluid transport with minimal maintenance, robust sealing, and resistance to demanding operational environments.

Q: What are the benefits of the corrosion and shock resistance features?

A: Corrosion and shock resistance extend the products lifespan, reduce maintenance frequency, and ensure praiseworthy reliability and safety in harsh and high-pressure conditions.

Q: When should the delivery pipe be replaced in industrial applications?

A: You should consider replacement after 500,000 operational cycles or if routine inspections reveal significant wear, deformation, or leakage, to maintain optimal system performance.

Q: Where can I source the DELIVER-2024 pipe and in what quantities?

A: DELIVER-2024 pipes are available for wholesale with a minimum order quantity of 10 pieces, shipped promptly from our distribution center at Mumbai port to locations in India and worldwide.

Q: What is the process for ordering custom sizes or dimensions?

A: Custom orders can be placed by providing detailed size and dimension requirements during the inquiry stage. Our production team uses precision engineering to deliver pipes tailored to your specifications.

Q: How does the DELIVER-2024 ensure a smooth hydraulic delivery process?

A: The self-lubricated, precision-engineered DELIVER-2024 offers high hardness, compatible sealing, and praiseworthy smooth internal surfaces, optimizing hydraulic fluid flow and minimizing pressure drops.