Children's Playground (Train Series)
Price on request
SKU: PS-0050601
Product Technical Specifications Seating Area: 505 x 885 cm (199 x 348 in) Safety Area: 805 x 1085 cm (317 x 427 in) Slide Connection Height: 100 cm (39.4 in) x 150 cm (59.1 in) Product Spare Parts - Polyethylene Play Train Barrier – 6 pcs - Polyethylene Train Roof – 2 pcs - Polyethylene Tube Passage – 1 pc - Square Sand Pool – 1 pc - 116×116 Square Composite Platform – 3 pcs - H:100 cm (39.4 in) Capped Tower Pipe – 4 pcs - Metal Climbing Entrance – 2 pcs Polyethylene Products Low-density linear polyethylene (LLDPE – Linear Low Density Polyethylene) is a thermoplastic used in various products. It is a semi‑permeable, flexible and highly durable polymer, favored in industry for its low cost and high resistance. Polyethylene density and chemical properties determine its classification. Mechanical properties depend on molecular weight, crystal structure, and branching type. It offers good resistance to outdoor conditions and moisture, flexibility, low mechanical strength, and excellent chemical resistance. Polyethylene is used to manufacture slides, stairs, railings, barriers, accessories, roofs, etc. To prevent color fading, masterbatch pigments used for coloring must have a lightfastness value of 6 or higher. Minimum wall thickness is 6 mm (0.2 in) for components exposed to pressure or friction, and 4 mm (0.2 in) for barrier and shading items not subject to load. Thickness tolerance is ±5 %. Carrier Construction Steel tubes with a minimum outer diameter of 114 mm (4.5 in) and a minimum wall thickness of 2 mm (0.1 in), conforming to TS EN 10219‑2, TS‑6476, DIN 2394, are cold‑formed and welded by high‑frequency welding. They are then powder‑coated with a polyester‑based electrostatic coating after sandblasting. Electrostatic Powder Coating All metal parts are sandblasted to remove oil, dirt, and rust, creating a porous surface for better paint adhesion. Fine steel beads are sprayed with compressed air to open pores and clean the metal surface. After fabrication, metal components are coated with a polyester‑based electrostatic paint and baked at 200‑220 °C for 20 minutes. Subsequently, they undergo a 10‑minute dip in a 70 °C, 5 % concentration degreasing bath, followed by a 15‑minute immersion in a 50 °C, 1 % concentration iron bath. After rinsing and drying, the components are again powder‑coated and cured in a 180‑200 °C furnace for 20‑30 minutes. Weld seams are fully painted after welding to prevent corrosion.