Mechanical Infringing & Non-Infringing Track Jacks (TJ-Series) | Heavy-Duty Railway & Industrial Jacks

Mechanical Infringing & Non-Infringing Track Jacks (TJ-Series) | Heavy-Duty Railway & Industrial Jacks

The Mechanical Infringing / Non-Infringing Track Jacks (TJ-Series) are designed to deliver safe, durable, and efficient lifting solutions for railway track maintenance as well as heavy-duty industrial applications. Built with a sturdy mechanical design, these jacks are widely used for lifting, aligning, and leveling railway tracks, along with handling heavy loads in workshops, construction sites, and engineering industries.

The Infringing Track Jacks operate directly under the rail foot, making them highly effective for precision lifting in confined spaces. On the other hand, the Non-Infringing Track Jacks can be used alongside the track without disturbing sleepers or ballast, offering greater flexibility in open and restricted conditions. Together, the TJ-Series provides a comprehensive solution for diverse lifting requirements.

Key Features of Mechanical Track Jacks (TJ-Series):

1. Choice of Designs: Available in both infringing and non-infringing versions to suit different applications.

2. High Load Capacity: Engineered to lift and hold heavy weights safely and efficiently.

3. Rugged Construction: Manufactured from premium-grade steel for maximum strength and long service life.

4. Simple & Safe Operation: Manual mechanical leverage system for smooth operation without external power.

5. Stable & Secure: Wide base and robust mechanism ensure stability during lifting tasks.

6. Low Maintenance: Long-lasting design requiring minimal servicing.

7. Wide Application Range: Perfect for railway track lifting, alignment, and repair, as well as machinery installation, construction, and industrial material handling.

The TJ-Series Mechanical Infringing / Non-Infringing Track Jacks are a dependable choice for industries and railway operators seeking versatility, strength, and safety in lifting equipment. Their rugged design, easy handling, and reliable performance make them essential tools for both rail and heavy engineering environments.