Equipment Wear Parts

> Construction Dozer > Undercarriage Parts

Construction Dozer Idler Wheels

Enstruc® Construction Dozer Idler Wheels are manufactured for OEM construction class bulldozers, including Caterpillar, Case, Doosan, John Deere, Komatsu, Liebherr, New Holland, and Shantui.

Our dozer track idlers provide smooth chain guidance, minimising track misalignment and stress on the dozer undercarriage. With durable seals, internal components are shielded from dirt and moisture, which extends service life and reduces maintenance costs.

Enstruc bulldozer idler wheels are engineered for durability and have an excellent load bearing capacity, which enhances track tension, stability, and operational efficiency.

Key Features

Idler designs for a wide range of dozer models
Engineered to maintain proper chain tension
Idler is forged for abrasion & impact resistance
Treated for surface hardness & core strength
Carburised idler bushings for superior wear life
Advanced seals protect internal components
Engineered idler for high load bearing capacity
Idler wheels can be customised upon request

Quick Contact

Sending...

Uploading Files

Field is required

This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.

Tailored products and wear solutions for productivity challenges

Enstruc specialises in custom engineered products designed to tackle heavy industry equipment productivity and wear challenges. Our buckets, attachments, ground engaging tools and protective wear systems are designed to withstand extreme conditions, significantly reducing downtime and maintenance costs. By customising products to specific operational needs, Enstruc enhances the efficiency and longevity of heavy machinery, ensuring that equipment performs optimally in the most demanding terrain. Whether it’s through advanced steels and wear-resistant materials or precision engineered designs, our products and wear solutions empower construction and mining operations around the globe to maximise productivity while minimising the impact of wear and tear.