The elevator car is the enclosed passenger - and cargo-carrying compartment in an elevator system, serving as the core interface for user interaction. It features a rigid metal frame, with interior walls, ceiling, and floor made of durable, easy - to - clean materials like aluminum alloy.
Equipped with safety components including handrails for balance, emergency stop buttons, ventilation fans for air circulation, and emergency lighting for power - outage scenarios, it ensures user security. The car door is linked to the hoistway door via a synchronous mechanism, opening and closing smoothly to prevent pinching.
Designed to match different usage scenarios—residential, commercial, or freight—it has customizable load capacities and interior layouts. Its stable operation relies on precise traction systems and guide rails, providing a quiet, steady ride while prioritizing user comfort and safety in daily vertical transportation.

Lightweight & corrosion-resistant: Aluminum alloy features low density and high strength, effectively reducing the elevator’s overall load and energy consumption during operation. It has excellent corrosion resistance, is not easy to rust in humid environments, and extends the service life of the car without frequent maintenance.
Versatile scenario adaptation: The material’s good toughness and structural stability enable the car to adapt to various application scenarios, including high-rise residential buildings, commercial complexes, and industrial plants. It can withstand frequent start-stop cycles and different ambient temperature variations.
Enhanced texture via processing: Aluminum alloy supports a variety of surface treatment processes, such as anodizing, spraying, and polishing. These processes can create different textures and color effects, enhance the car’s aesthetic appearance, and match the interior decoration styles of different buildings.
Efficient production & customization: The material is easy to cut, bend, and weld, which shortens the mold opening and processing cycle of car components. It can flexibly meet customized needs, such as special sizes, shapes, and functional configurations, improving production efficiency and reducing manufacturing costs.
Residential general specifications: Car width ranges from 1,400–1,600 mm, depth 1,300–1,500 mm, and height 2,300–2,500 mm. Load capacity is usually 630–800 kg, suitable for 8–10 passengers, matching the space and usage needs of ordinary residential buildings.
Customized sizes: Adjustable according to building shaft dimensions, user load requirements, and installation conditions. Common custom ranges include width 1,200–2,000 mm, depth 1,100–1,800 mm, and height 2,200–2,800 mm, adapting to small-sized apartments or large-family residential scenarios.
Special scenario specifications: For high-rise residences or villas with special needs, load capacity can reach 1,000–1,250 kg, car width 1,800–2,200 mm, depth 1,600–2,000 mm. For narrow shaft residences, the minimum width can be 1,000 mm, depth 900 mm, ensuring normal operation while maximizing space utilization.
Basic classic colors: Silver brushed, matte black, champagne gold, pure white, light gray. These colors are versatile, resistant to dirt, and fit most building styles.
Customized color options: RAL color system matching, wood grain transfer printing, marble texture simulation, metallic luster tuning. It can be tailored to building interior design requirements.
Special scenario matching colors: Hospital - soft beige, light blue (soothing and clean); Commercial building - bright rose gold, titanium gray (high - end and modern); Residential building - warm cream, light wood color (comfortable and homelike).
Wood Grain Color Chart
Powder Coating RAL Color Chart
Anodizing Color Chart