Rail Platform Seating

Railway Platform Seating is a robust, low‑maintenance seating solution designed specifically for transport environments and high‑footfall public spaces. Available in 3‑seat and 4‑seat configurations, it combines a galvanised steel frame with recycled plastic slats to provide durable, weather‑resistant seating suitable for railway platforms and waiting areas.

Railway Platform Seating is a purpose‑designed seating system developed for use in demanding public‑transport environments. Engineered to withstand continuous use and exposure to the elements, it offers a reliable and long‑lasting solution for stations, platforms and waiting areas where durability and low maintenance are essential. The seating is constructed around a galvanised steel frame, providing structural strength and resistance to corrosion in exposed outdoor conditions. The seating surfaces are formed using PRP Polysite recycled plastic slats, delivering excellent resistance to moisture, weathering and wear while supporting sustainable material use. This combination of materials ensures the unit performs effectively in environments subject to heavy use and changing weather conditions. The range is available in two configurations — 3‑seat and 4‑seat versions — allowing capacity to be matched to platform size, passenger flow and spatial constraints. The linear format provides clear, organised seating while maintaining efficient use of space in often restricted platform environments. Each unit is supplied fully assembled, simplifying installation and ensuring consistent build quality. The seating is designed for surface mounting, providing stability and security once installed while allowing straightforward installation onto concrete or hardstanding surfaces. The use of recycled plastic slats reduces maintenance requirements compared to traditional timber seating, as the material does not require sealing, painting or regular treatment. This makes the seating particularly suitable for transport authorities and operators seeking to minimise lifecycle costs while maintaining a clean and functional passenger environment.