Elevator Parts Manufacturer, China Elevator Spare Parts Supplier

Elevator Parts Manufacturer

We are a trusted manufacturer of high-quality elevator parts, dedicated to serving many renowned elevator brands, such as Mitsubishi, Hitachi, KONE, Otis, and etc.
Our precision-engineered products include elevator rope fixing, guide rails, pit ladder, guide shoe, hydraulic buffer and many other components for each system of elevator.
Our parts meet the exact specifications required by industry-leading elevator brands.

Hoistway Components

An elevator hoistway is a vertical shaft that houses the elevator’s components and provides a pathway for the elevator car to travel between floors. These hoistway components are essential for the safe, efficient, and smooth operation of the elevator system.

Essential for securing elevator ropes, ensuring safe, stable movement. Manufactured with precision for durability and performance, designed to meet high safety standards in various elevator systems.

Precision-engineered steel rails that guide the elevator cabin and counterweights. Essential for smooth and stable vertical travel, ensuring minimal wear and optimal performance in modern elevator systems.

Steel connecting plates that join elevator guide rails for continuous alignment. Fishplates enhance the structural integrity of the rail system, providing strength and stability for smooth elevator movement.

Brackets that securely mount and support elevator guide rails. Designed for precision, they ensure guide rails are fixed properly within the hoistway, contributing to safe and stable elevator performance.

Used to firmly attach elevator guide rails to the hoistway structure. These clips provide secure positioning, reduce noise, and ensure smooth car operation, with long-lasting performance in demanding environments.

Ladders designed for safe access to the elevator pit during maintenance or inspection. Constructed with durable materials, they provide secure footing and meet safety standards for easy, safe access to the pit area.

Car Weight Components

Elevator CW (Car Weight) components are related to the weight that is carried by the elevator car. These components ensure the smooth and efficient operation of an elevator by balancing the forces on both the elevator car and the counterweight.

These blocks are usually solid, heavy objects or a set of stacked blocks that are mounted on a counterweight frame, they are typically made from a high-density material like steel or a concrete compound.

A structural housing or frame that holds the counterweight blocks and allows them to move vertically in the hoistway. Typically made of steel which can withstand the weight and pressure exerted by the counterweight block.

Works by sliding along the guide rails. The shoe is equipped with a wear-resistant material (often a composite or bronze material) that reduces friction and allows the elevator car to glide smoothly along the rails.

Uses rollers (usually made from steel or plastic) mounted on the shoe. These rollers roll along the guide rails instead of sliding, reducing the contact area between the shoe and the rail and offering a quieter operation.

Safety Components

Each of these elevator safety components plays a crucial role in reducing the risk of accidents, maintaining the safety of passengers, and ensuring compliance with international safety standards (ASME, EU) in elevator design and operation.

Typically consists of a piston within a cylinder filled with hydraulic oil, which can absorb and dissipate the kinetic energy of the elevator’s car, providing smooth deceleration in case of overtravel or emergencies. Suitable for elevators with high load capacities and large travel distances.

Made of high-strength metal coils. When the elevator impacts the buffer, the spring compresses and absorbs the energy through elastic deformation. It is mechanically simple, affordable and robust, requiring very little maintenance. Suitable for mid-rise or low-rise buildings with light to medium loads.

Made of high-performance polyurethane, a type of resilient polymer. The material deforms under impact, absorbing energy through its elastic and damping properties. It provides less energy absorption compared to oil buffers, making it unsuitable for high-speed or heavy-load applications.

It operates gradually as the elevator car’s speed increases during an emergency. This mechanism has multiple stages of activation, which help to arrest the car’s motion more smoothly and evenly. Typically used in larger, high-speed elevators.

It activates immediately when the elevator car exceeds a predefined speed threshold. It relies on a trigger mechanism that detects excessive speed and engages a braking system almost instantly. Commonly used in low-speed elevators.

Provide a secure and safe fit between different components of an elevator system, often in situations where precise alignment and spacing are critical. They are typically made from materials like steel, brass, or plastic.

Anhua Machining