GSI547 40048 3dx Kpc Pin

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MOQ : 1 Piece

GSI547 40048 3dx Kpc Pin Specification

Product Type
KPC Pin

General Use
Earthmoving machinery component

Material
High-grade alloy steel

Type
3DX KPC Pin

Moving Type
Stationary

Weight (kg)
Approx. 0.4-1.2 kg (subject to specification)

Computerized
No

Automatic
No

Hydraulic Steering
No

Control System
Manual/Mechanical

Dimension (L*W*H)
Standard size for 3DX fitment

Feature
Precision engineered, corrosion resistant, durable

Color
Silver / Metallic

Part Number
40048

Surface Finish
Zinc plated / Electroplated

Packaging
Individually packed or bulk as required

Hardness
High surface hardness for wear resistance

Mounting Type
Flanged

Usage
Suitable for OEM and replacement applications

Application
Pivot/hinge point for loader joints

Model Compatibility
3DX (Backhoe Loader)

Structure
Cylindrical pin with mounting flange

GSI547 40048 3dx Kpc Pin Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Pieces Per Week

Delivery Time
2-5 Days

Main Domestic Market
All India

GSI547 40048 3dx Kpc Pin About

Discover the monumental reliability and noble quality of the GSI547 40048 3DX KPC Pin-a praiseworthy component crafted for loader joints in 3DX Backhoe Loaders. With high-grade alloy steel, this cylindrical pin is meticulously engineered, offering a zinc-plated surface for superior corrosion resistance and durability. Its flanged mounting structure guarantees stability and effortless fitment. Recognized for best price and remarkable value, it serves both OEM and replacement needs, ensuring long-lasting performance in earthmoving machinery. Experience precision engineering from a supplier, trader, and wholesaler in India, delivered with care.

Site Application & Key Features

The GSI547 40048 3DX KPC Pin is extensively applied as a pivot or hinge point in 3DX Backhoe Loaders, vital for loader joint operations. This noble component stands out with high surface hardness, remarkable corrosion resistance, and a flanged mounting design. Its monumental strength, precise construction, and adaptability for OEM or replacement use ensure high value and enduring reliability in any earthmoving machinery environment.

Supply Ability & Certifications

We handover the GSI547 40048 3DX KPC Pin with flexible supply ability, offering both individual or bulk packaging per your requirement. For sampling, a nominal charge applies, ensuring buyers can verify the product's standard before large orders. Ask for our certifications to confirm adherence to rigorous industry benchmarks. We offer competitive asking prices with guaranteed traceability and compliance throughout the supply process for a seamless procurement experience.

FAQ's of GSI547 40048 3dx Kpc Pin:

Q: How do I identify the correct part number for my 3DX Backhoe Loader?

A: Check your loader's technical manual or component list for compatibility with Part Number 40048, designed specifically for 3DX models.

Q: What are the benefits of the high surface hardness feature?

A: The heightened surface hardness ensures praiseworthy wear resistance, extending the pin's operational life under demanding conditions in earthmoving machinery.

Q: When is the GSI547 40048 3DX KPC Pin ideally used?

A: It is suitable for both original equipment manufacturing (OEM) and as a replacement part, ensuring flexibility in maintenance or assembly scenarios.

Q: Where can I procure this pin in bulk or individual packaging?

A: You can source the GSI547 40048 3DX KPC Pin directly from recognized suppliers, traders, or wholesalers across India, with packaging tailored to your quantity needs.

Q: What is the process for requesting a sample before finalizing a large order?

A: Simply contact the supplier to request a sample, usually provided for a modest charge, allowing hands-on evaluation prior to committing to bulk procurement.

Q: How does the zinc-plated finish contribute to the pin's value?

A: The electroplated zinc finish delivers robust corrosion resistance, protecting against harsh environments and maximizing the component's service value and longevity.

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