Flow Control Valve Assly Ford 3600 STD

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MOQ : 100 Pieces

Flow Control Valve Assly Ford 3600 STD Specification

Finish
Zinc Plated

Drawing
Available as per OEM specifications

Standard
Ford 3600 STD

Micro Machining
Precision CNC machined

Material
High Grade Steel

Type
Flow Control Valve Assembly

Weight
Approx. 850 g

Tolerance
0.02 mm

Material Capabilities
Corrosion Resistant, High Pressure Bearing

Application
Hydraulic system for Ford 3600 Tractors

Working Pressure
Up to 250 bar

Compatibility
Ford 3600, compatible variants

OEM Reference
Direct replacement for Ford part numbers

Mounting Position
Hydraulic pump assembly

Thread Type
Metric

Temperature Range
-20°C to 120°C

Service Life
Over 5,000 hours under standard load conditions

Seal Type
Nitrile Rubber O-Ring

Surface Treatment
Anti-rust coating

Flow Control Valve Assly Ford 3600 STD Trade Information

Minimum Order Quantity
100 Pieces

Supply Ability
5000 Pieces Per Month

Delivery Time
20 Days

About Flow Control Valve Assly Ford 3600 STD

Jump on this hot deal for a Flow Control Valve Assly Ford 3600 STD! Crafted from high-grade steel, this superb assembly is specially engineered for the hydraulic systems of Ford 3600 tractors and compatible variants. Its exquisite design features a nitrile rubber O-ring for maximum sealing, metric threads, and CNC precision machining with a 0.02 mm tolerance. Matchless corrosion resistance, anti-rust zinc plating, and 5,000+ hour service life guarantee durability under up to 250 bar pressure. Direct OEM replacement at an unbeatable pricedont miss out! Manufacturer and supplier based in India.

Exceptional Features & Versatile Application

The Flow Control Valve Assly Ford 3600 STD stands out with special features such as corrosion resistance, anti-rust zinc plating, and robust high-pressure capability up to 250 bar. Precision CNC machining ensures faultless fitment. This assembly is designed for integration with hydraulic pump assemblies on Ford 3600 tractors, providing reliable flow control on a range of industrial and agricultural surfaces. Its nitrile O-ring enhances performance where temperature and pressure fluctuates, making it ideal for demanding work environments.

Certifications, Sample Options, and Ordering Terms

Flow Control Valve Assly Ford 3600 STD adheres strictly to Ford 3600 STD standards and OEM specifications. Certified drawings are available for your evaluation. A sample can be handed over upon request, making preliminary inspection straightforward before finalizing your purchase order. Proposal amount and payment terms are flexibletailored to meet bulk or individual procurement needs. Contact us to discuss your requirements and ensure a seamless and transparent transaction experience.

FAQs of Flow Control Valve Assly Ford 3600 STD:

Q: How can I identify if this flow control valve assembly fits my Ford 3600 tractor?

A: Check your tractors model and cross-reference the OEM part number with those provided. This assembly is engineered for Ford 3600 and compatible variants, ensuring a precise match for your hydraulic system.

Q: What is the installation process for the Flow Control Valve Assly Ford 3600 STD?

A: The valve assembly is designed for straightforward mounting on the hydraulic pump assembly. Metric threads and precision machining guarantee an easy, secure fit according to OEM guidelines.

Q: When should I consider replacing my current flow control valve assembly?

A: Replace your valve if hydraulic performance drops, leaks develop, or after extended use surpassing 5,000 service hours to ensure optimal efficiency and safety.

Q: Where is this valve assembly most effectively utilized?

A: It is most effective in hydraulic systems of Ford 3600 tractors, especially where consistent pressure regulation and corrosion resistance are critical under demanding agricultural conditions.

Q: What benefits does the superb nitrile O-ring sealing provide?

A: The nitrile rubber O-ring offers exceptional sealing against temperature fluctuations and high pressure up to 250 bar, significantly reducing the risk of hydraulic leaks and enhancing operational reliability.

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