Our alloy steel investment casting forklift parts are manufactured via precision lost wax casting process, specifically designed to meet the heavy-load, high-wear, and long-service working conditions of forklift machinery. Using high-strength alloy steel materials, these components feature excellent mechanical properties, stable dimensional accuracy, and reliable structural strength.
Custom OEM/ODM Production
We support tailored manufacturing for forklift mast parts, hydraulic components, brackets, gears, housings, and other key structural parts.
Advanced Processing
With strict heat treatment, quality inspection, and optional CNC machining, our castings ensure good toughness, wear resistance, and fatigue resistance.
Suitable for various industrial forklifts, warehouse handling equipment, and construction machinery, our products are widely recognized by global customers for stable performance, high cost-effectiveness, and on-time delivery.
Frequently Asked Questions
What materials are used for your forklift parts?
We use high-strength alloy steel specifically selected for its durability, mechanical properties, and ability to withstand heavy-load environments.
What is the advantage of the investment casting process?
Precision lost wax investment casting provides excellent dimensional accuracy and a smooth surface finish, reducing the need for extensive secondary machining.
Can you produce custom parts based on our designs?
Yes, we provide full OEM and ODM services. We can manufacture a wide range of components, including mast parts, brackets, and gears, according to your specific technical requirements.
Are the castings heat-treated?
Yes, all relevant structural parts undergo strict heat treatment processes to improve toughness, wear resistance, and fatigue life.
Which industries use these components?
Our investment castings are ideal for industrial forklifts, warehouse handling systems, and various heavy-duty construction machinery.
Do you offer CNC machining for these parts?
Yes, we provide optional CNC machining to ensure that the final components meet the precise tolerances required for your application.