Inlet Valve Guide

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MOQ : 100 Units

Inlet Valve Guide Specification

Hardness
HB 125-150

Size
Custom/As per OEM

Coating
Nitrided

Thread Type
Threadless

Shape
Cylindrical

Load Capacity
Heavy Duty

Machine Type
Engine Part - Valve Guide

Accuracy
High Precision

Method
CNC Machining

Weight
Approx 50g

Type
Inlet Valve Guide

Material
Alloy Bronze

Tolerance
0.01 mm

Surface
Nitride Finished

Use
Automotive Engines

Application
Valve Train Systems

Usage & Applications
Internal Combustion Engines

Working Temperature
Up to 400C

Heat Treatment
Through Hardened

Lifecycle
Extended Operational Life

Outer Diameter
8 mm - 16 mm standard range

Corrosion Resistance
High

Length
Standard 70 mm / Custom sizes available

Inner Diameter
5 mm - 10 mm standard range

OEM Compatibility
Yes - As per specifications

Inlet Valve Guide Trade Information

Minimum Order Quantity
100 Units

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Inlet Valve Guide

Discover the elite Inlet Valve Guide, an inestimable component crafted from premium alloy bronze for reliability and performance. Highly sought-after for automotive engines, this radiant guide features a nitrided, corrosion-resistant surface, ensuring an extended operational lifecycle even under extreme temperatures up to 400C. Precision CNC machining and through-hardening guarantee flawless tolerance at 0.01 mm. OEM compatibility means tailor-made perfection-redeem this hot deal with custom sizes available, ensuring unparalleled fit and performance in internal combustion valve train systems. Suitable for heavy-duty demands, it's the ultimate engine upgrade.

Versatile Application & Superior Usage

Engineered for integration in valve train systems, the Inlet Valve Guide is perfectly suited for internal combustion engines. Its cylindrical design and threadless construction offer versatile usage across automotive engines, ensuring optimal performance in demanding environments. Whether for standard or custom-fit applications, it supports both OEM and aftermarket specifications, making it ideal for manufacturers, service centers, and engine rebuilders seeking reliability and durability in high-heat, high-load engine conditions.

Sample Access, Market Availability & Supply Valuation

Inlet Valve Guide samples are readily available, easing valuation and product compatibility checks before making a purchase order. With a competitive sale price and robust supply ability across India, both bulk and smaller orders are welcome. Main domestic market coverage ensures timely delivery and ongoing support for manufacturers and distributors, reinforcing reliability and ensuring you never miss a hot deal. Experienced suppliers guarantee prompt and effective fulfillment of all purchase requirements.

FAQ's of Inlet Valve Guide:

Q: How do I select the correct Inlet Valve Guide size for my engine?

A: Refer to your engine's OEM specifications to determine the optimal length, inner, and outer diameter required. Custom sizing is available to meet specific needs.

Q: What benefits does the nitride finish provide on the Inlet Valve Guide?

A: The nitride finish enhances surface hardness, significantly increasing wear and corrosion resistance, leading to an extended operational life in demanding engine conditions.

Q: When should I consider replacing my existing inlet valve guides?

A: Replacement is recommended during major engine overhauls or if you observe excessive valve play, oil consumption, or decreased engine performance, as these may indicate worn guides.

Q: Where can I request a sample of the Inlet Valve Guide and check compatibility?

A: You can request a sample directly from the manufacturer or authorized suppliers, allowing you to verify fitment and performance before placing a purchase order.

Q: What is the main usage of this Inlet Valve Guide model?

A: This model is primarily utilized in automotive internal combustion engines, specifically within the valve train system, to guide and support the inlet valve under high-load and high-temperature conditions.

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