About Polyurethane MHE Wheel
SARA INDUS PRODUCTS PRIVATE LIMITED is a manufacturer and supplier of polyurethane MHE wheels based in Chennai India. These wheels are specially designed for material handling equipment where high load capacity, floor protection and smooth movement are essential.
Our polyurethane MHE wheels are manufactured using high quality polyurethane material to ensure excellent abrasion resistance, superior load bearing capacity and long service life. These wheels provide low rolling resistance, reduced noise and non marking performance, making them ideal for indoor and industrial floor applications.
Polyurethane MHE wheels are widely used in pallet trucks, stackers, forklifts, warehouse trolleys, material handling equipment and logistics systems.
We offer polyurethane MHE wheels in different sizes, load capacities and hardness levels based on customer requirements.
Product Features
- High load bearing capacity
- Excellent abrasion and wear resistance
- Smooth and low noise movement
- Non marking floor friendly performance
- Oil and chemical resistance
- Long operational life
- Custom sizes and hardness available
Applications
- Material handling equipment
- Pallet trucks
- Stackers and forklifts
- Warehouse trolleys
- Logistics systems
Additional Details
- Custom manufacturing available
- Precision molded wheels
- Consistent product quality
- Competitive pricing
- Timely delivery
- Suitable for heavy duty industrial use
For bulk orders and custom requirements, contact SARA INDUS PRODUCTS PRIVATE LIMITED Chennai India.
Engineered for Harsh Industrial ConditionsWith 92 Shore A hardness and a robust polyurethane composition, this MHE wheel is built to withstand rigorous industrial environments. Its chemical resistance and ability to operate in temperatures ranging from -20C to +60C guarantee longevity and hassle-free performance.
Effortless Mobility and Silent OperationDouble ball bearings and a flat tread design ensure effortless rolling and minimal noise. This makes it an excellent choice for warehouses and facilities where quiet, unobtrusive movement is essential.
Optimized for Versatile FlooringThe wheel is compatible with epoxy, concrete, and tiled floors, preventing damage and ensuring stable, reliable movement on various indoor surfaces. Its oil and grease resistance further protect both the equipment and flooring from undue wear.
FAQ's of Polyurethane MHE Wheel:
Q: How should I install the Polyurethane MHE Wheel on my equipment?
A: To install the Polyurethane MHE Wheel, align the top plate (100 mm x 85 mm) with the mounting holes on your equipment, ensuring the 80 mm x 60 mm hole spacing matches. Secure using appropriate bolts through the 10 mm holes to guarantee stability and safety.
Q: What types of environments and floors are suitable for this wheel?
A: This wheel is ideal for indoor environments with epoxy, concrete, or tiled flooring. Its polyurethane tread is designed to roll smoothly on these surfaces, minimizing floor damage and ensuring consistent performance, even in industrial facilities.
Q: When is it necessary to replace the wheel?
A: Replacement is recommended when you notice significant wear, reduced load-bearing capacity, or visible damage to the wheel, bearings, or tread. Periodic checks in high-use applications help maintain safety and equipment efficiency.
Q: Where can I source this Polyurethane MHE Wheel in India?
A: You can purchase this wheel from authorized dealers, distributors, importers, manufacturers, retailers, and suppliers across India. Many service providers and traders specializing in MHE components offer this model for direct supply or installation.
Q: What benefits does the 92 Shore A hardness provide?
A: The 92 Shore A hardness offers a balance between durability and shock absorption. It allows the wheel to carry loads up to 450 kg while offering resistance to wear, deformation, and chemicals, making it suited for heavy-duty industrial applications.
Q: How does the wheel handle exposure to oils, grease, and mild chemicals?
A: This wheel's polyurethane material is inherently resistant to oils, grease, and mild chemicals, ensuring reliable performance and longer lifespan in environments where such substances are present.