How to reduce the risk of deformation of Rail Clips?
To reduce the risk of rail clip deformation, ensure proper installation by using the correct torque and matching components, and implement regular maintenance checks to identify and replace worn or damaged clips. Additionally, using high-quality clips with features like increased flexibility and correct material properties, and proper storage to prevent corrosion, can significantly lower the risk of premature failure.

Installation and component selection
- Use proper torque: Tighten fasteners to the manufacturer's recommended torque value to prevent loosening and damage from over-tightening.
- Select quality clips: Choose clips designed with features like improved mid-loop flexibility, which can reduce the risk of overload and plastic deformation.
- Ensure component compatibility: Make sure all components, including the rail, tie plate, and rail pad, are correctly matched and properly positioned during installation.
- Use correct tools: Use the correct size spanner and torque wrench for installation to avoid damage caused by incorrect leverage or force.
- Avoid improper stress: Ensure that the gauge block is correctly connected with the rail base, and that the clip is properly installed to maintain the correct gauge and alignment.

Regular maintenance
- Perform routine inspections: Regularly inspect clips for signs of deformation, corrosion, or damage and replace them when necessary.
- Monitor track conditions: Periodically check the overall track alignment and state of components to catch issues before they lead to clip deformation.
- Consider elastic systems: Using an elastic rail fastening system can help dissipate dynamic forces and reduce stress on components.

Storage and handling
- Protect from the elements: Store clips in a way that protects them from moisture, rain, and direct sunlight to prevent corrosion and degradation of rubber components.
- Keep them clean: Stacking clips on boards away from the ground and covering them with tarpaulins will help keep them clean and dry.
- Handle with care: Store clips neatly and handle them carefully to avoid introducing surface defects that can act as stress concentrators.
Varieties of rail clips
As an OEM & OBM manufacturer, GNEE RAIL is capable of not only producing a wide range of internationally common types of rail clips, such as W Tension Clamp, e-Clip, Fast-Clip, SKL Tension Clamp, Nabla Blade, etc., but also customizing products tailored to our customers' specific requirements.

| Model | Diameter | Weight | Material |
| Type III | Ø18 | 0.80kg/pc | 60Si2MnA |
| E1609 | Ø16 | 0.43 kg/pc | 60Si2MnA |
| E1809 | Ø20 | 0.61kg/pc | 60Si2MnA |
| E1813 | Ø18 | 0.62kg/pc | 60Si2MnA |
| E2001 | Ø20 | 0.80kg/pc | 60Si2MnA |
| E2007 | Ø20 | 0.80kg/pc | 60Si2MnA |
| E2009 | Ø20 | 0.80kg/pc | 60Si2MnA |
| E2039 | Ø20 | 0.80kg/pc | 60Si2MnA |
| E2055 | Ø20 | 0.80kg/pc | 60Si2MnA |
| E2056 | Ø20 | 0.80kg/pc | 60Si2MnA |
| E2063 | Ø20 | 0.80kg/pc | 60Si2MnA |
| PR85 Rail Clip | Ø13 | 0.25kg/pc | 60Si2MnA |
| PR309A | Ø19 | 0.85kg/pc | 60Si2MnA |
| PR401 | Ø20 | 0.97kg/pc | 60Si2MnA |
| PR415 | Ø20 | 0.95kg/pc | 60Si2MnA |
| PR601A | Ø20 | 1.03kg/pc | 38Si7 |
| SKL 1 | Ø13 | 0.48kg/pc | 60Si2CrA |
| SKL 3 | Ø13 | 0.48kg/pc | 60Si2CrA |
| SKL 12 | Ø13 | 0.53kg/pc | 38Si7 |
| SKL 14 | Ø13 | 0.53kg/pc | 60Si2MnA |
| Special Rail Clip | Ø13 | 0.48kg/pc | 60Si2MnA |
| Russia Rail Clip | Ø18 | 0.58kg/pc | 60Si2MnA |
| Deenik Clip | Ø25 | 0.49-0.68kg/pc | 60Si2MnA |
| Single Anti- | Ø20 | 0.25kg/pc | 60Si2MnA |
| Theft |
GNEE RAIL offers different kinds of railway fasteners to meet client's requirements, such as Elastic Rail Clip and Clamp, Rail Screw Spike, Plastic Dowel, High Tensile Track Bolt with Nut, Rail Base(Tie) Plate, Rail Fish Plate, Railway Shoulder(Insert), Fish Bolt, Railroad Rubber and EVA Pad, etc. Samples and drawings provided by customer, we will manufacture qualified products accordingly.






