Optimizing Railway Performance

Better dispersion and homogeneity: Ensures that critical components such as gaskets, bellows, or insulators have uniform properties and can withstand high mechanical stresses.

Faster and more stable processing: Facilitates the manufacturing of large or complex parts, reducing mixing time, waste, and energy consumption.

Reproducible quality: Essential to meet the strict safety and durability standards of the railway sector (EN, ISO, UIC).

Increased operator safety: Reduces exposure to dust and hazardous chemicals during production.

Sustainability: Nasika L.E. product lines allow the integration of recycled binders and natural plasticizers, aligning with sustainability goals and carbon footprint reduction in rail transport.

Suspension systems (bushings, bellows, silent blocks): Improved mixture uniformity → greater durability and consistent performance under dynamic loads.

Door and window gaskets and seals: Homogeneous dispersion of accelerators and antioxidants → prevents deformation and loss of sealing over time.

Shock absorbers and pneumatic/hydraulic bellows: Polymer-bound dispersions ensure uniform vulcanization → longer service life and mechanical stability under repeated loads.

Electrical and insulating components: Quality dispersion of additives and retardants improves electrical reliability and reduces defects in circuits.

Wheels and rubber running gear/anti-vibration accessories: Uniform mixing guarantees consistent mechanical behavior and lowers the risk of premature failure.

Sealing systems in tunnels and stations: Polymer-bound dispersions facilitate homogeneous properties, enhancing durability and safety in railway infrastructure.