Safe and quiet rail superstructure systems
Tines Company is a provider of modern solutions for infrastructure engineering. Our offer includes many products applied in rail infrastructure constructions. According to the rule of complex solutions we offer complete track superstructure constructions for railway, tram, metro and crane tracks. Tines Company cooperates with major European producers belonging to James Walker Group (edilon)(sedra, Tiflex) whose products have solid position in that field. Systems offered by Tines have been applied in many countries of Europe including Poland for years. It is proved by many references.
Tines mission is providing effective solutions for track superstructure market. All offered solutions are selected in the best way with regard to their quality, functional effectiveness and operating durability. Tines provides full technical information, consultancy and comprehensive help concerning the way of materials usage and all systems installation. We are aware of participation in building infrastructure objects which will be used by next generations. Customers service quality is the priority for Tines managing strategy. Satisfaction and contentment of our customers play a key role in all our activities and are the basis of our company’s image as a partner providing top level quality services.

Safety
Rail traffic safety depends on many factors including construction and track geometric configuration. Durability and operating reliability of constructions and geometric configuration are ensured in the best way by reducing negative impact of rail vehicles on track superstructure due to elastic rail support. This basic feature is best provided by systems which Tines has in its offer. Construction reliability is attained by replacement of bolt fastenings by effective elastomeric material in rail track. Durability of track geometric configuration consist in elimination of horizontal and vertical permanent track deformation and is possible to attain it by applying slab-track constructions in which elastic track support is a key solution.

Durability
Track superstructure construction systems offered by Tines have a very high quality materials applied: elastomeric materials, rail pads, vibration isolation mats and high resistance elements such as: prefabricated base plates and block systems. All elements of above-mentioned systems are weather and chemicals resistant. Durability of slab track construction systems is proved by long operating experience and laboratory research and expenses for their maintenance are lower than in case of applying ballast track constructions.

Environment
Negative impact of railway, tram and metro as the noise and vibrations are particular inconvenient in urban areas. Reduction of this negative impact is possible by applying slab track construction offered by Tines. Usage of elastic track superstructure elements, particularly elastomeric materials and vibration isolation mats, allows for effective noise and vibration elimination.

Applications
Modern track superstructure construction systems offered by Tines are widely applied. Their contemporary use relies upon their adaptation to the high speed of track vehicles and concommitant reduction of noise and vibration. Offered systems are applied as rail, metro and tram superstructures.

Rail:
• level crossings
• bridges and viaducts
• tunnels
• stations and tracks
Metro:
• tunnels
• stations
Tram:
• level crossings
• bridges and viaducts
• tracks integrated with road
• tracks separated from road

Social advantages
Advantages of systems applications offered by Tines bring about increased safety, durability and comfort for travel as well as encourage people to use public transport systems.
Nowadays with a growing number of private cars the shaping of new patterns of public behaviour encouraging the people to more use public transport means is an environmentally-friendly tendency. Decrease of negative impact on environment and superstructure operating costs cutting are the features which encourage local authorities to develop public transport.