Forged crane wheels | Forged wheels - the preferred choice for heavy equipment manufacturing

In the daily operation and maintenance of lifting equipment, wheels often wear out. Many companies choose traditional casting wheels to reduce short-term procurement costs. However, in the long run, there are many problems with casting wheels, including internal porosity, cracking under heavy loads, rapid wear, and frequent downtime for replacement, which actually increases overall maintenance costs. Forged crane wheels, with their excellent raw materials and forging processes, have become the preferred choice for upgrading and replacing lifting equipment chassis in various industrial and mining facilities.

Ⅰ. The main advantages of forging wheel hubs
1. Dense forging matrix significantly improves fracture strength and safety factor

Made of high-quality steel through multiple high-temperature forging processes, the internal metal fibers are continuous and dense, completely eliminating structural defects such as air holes, sand holes, and shrinkage holes inherent in cast wheels. Under extreme load conditions such as strong impact, emergency braking, and uneven load distribution, the wheel body is less prone to cracking, collapsing, or complete failure, reducing major safety risks such as crane derailment and equipment falling objects, and building a reliable first line of safety defense for factory production. **

2. Special tread treatment significantly extends the service life:

The wheel rim adopts high-frequency induction heat treatment technology to form a double-layer physical structure: high surface hardness, strong wear resistance, high core strength, and good impact resistance. Under long-term rolling friction with the steel rail, the wheel has excellent compression resistance, scratch resistance, and fatigue resistance, while being less prone to pitting, scratching, and surface peeling. Compared with traditional casting wheels, its service life is significantly extended, effectively reducing the frequency of spare parts procurement and equipment downtime maintenance time.

3. Adopting high-precision machining technology to fundamentally solve the problem of rail wear:

The forged billet is precision turned, ground, and adjusted by CNC machine tools, strictly controlling the outer roundness, inner hole concentricity, and end face parallelism to ensure extremely small dimensional tolerances. After the wheels are installed on the end beam of the crane, they rotate smoothly without shaking or eccentricity, effectively balancing the equipment's stress and solving common industry problems such as vehicle deviation, unilateral rail wear, and abnormal wear, thereby protecting the wheels and extending the service life of the rails.

4. Multi layer anti-corrosion coating to improve corrosion resistance under harsh working conditions:

The finished wheel hub adopts a double-layer coating process, with a golden anti-corrosion primer on the bottom layer and a glossy topcoat on the top layer to ensure a firm adhesion of the paint surface and prevent peeling. This process can effectively prevent corrosion caused by cutting fluid, metal dust, and engine oil in the workshop, and slow down corrosion and oxidation in outdoor material storage areas, humid and rainy environments, and extreme temperature fluctuations. Even if stored for a long time, corrosion will not affect assembly accuracy or performance.

5. Complete technical characteristics of various types of lifting equipment:

The manufacturer produces forged wheels in accordance with national lifting equipment standards, covering various types of bridge cranes with lifting capabilities, including single beam, double beam, and gantry cranes. Drive and driven wheels can be customized according to specific needs. Each product undergoes triple quality testing, including hardness testing, non-destructive testing, and dynamic balancing, to ensure consistent product quality. The replacement of newly installed and refurbished equipment can be delivered quickly.

2. Product application areas
1. Compatible device types

Fully compatible with LD series electric single beam bridge cranes, QD series double beam bridge cranes, gantry cranes, semi gantry cranes, overhead cranes, and other types of rail mounted lifting equipment. The original wheels can be directly replaced, and there will be no dimensional deviation or additional adjustment during installation.

2. Applicable operating conditions

The indoor environment includes areas that operate continuously at high frequencies, such as machining workshops, steel manufacturing plants, equipment assembly plants, as well as warehouses and logistics facilities. The outdoor environment includes harsh environments with high dust concentration, high humidity, and large temperature fluctuations, such as sand and gravel fields, open-air storage yards, building materials factories, and high humidity chemical plants, all of which exhibit strong environmental adaptability.