Industry Casters Manufacturers

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Alu alloy Swivel Caster

Alu alloy Swivel Caster

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Part No.

Specification

Surface

Material

Weight(g)

4012.060.090

60SF

Plain

Aluminum Alloy

712.00

4012.080.090

80SF

Plain

Aluminum Alloy

1054.00

Part No. Recommended load/4pcs (kgs) Load capacity /pc (kgs)

4012.060.090 500 250 101 61 82+10 73x73 58x58 7

4012.080.090 1000 500 125 77 102+15 90x90 70x70 9

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Φ75*25/Φ100*27/Φ125*32 Industry Caster

Φ7525/Φ10027/Φ125*32 Industry Caster

Part No.	Specification	Surface	Material	Weight(g)
3104.003.075	3"-75x31	Plain	SS304	750
3104.004.100	4"-100x31	Plain	SS304	865
3104.005.125	5"-125x31	Plain	SS304	970

Part No.	Wheel Dia.	Load capacity /pc (kgs)	Total Height	Offset	Plate Size	Hole Distance	Hole Dia.
3104.003.075	3"75x31	100	108.5	35	66.5x94.5x3	44x75	9.0x12
3104.004.100	4"100x31	110	132	30	66.5x94.5x3	44x75	9.0x12
3104.005.125	5"125x31	120	161	36	66.5x94.5x3	44x75	9.0x12

Φ75*25/Φ100*27/Φ125*32 Industry Caster

Φ7525/Φ10027/Φ125*32 Industry Caster

Part No.	A	Surface	Material	Weight(g)
3123.003.075	Φ75*25	Zinc plated	Carbon steel+PP+PU	285.00
3123.004.100	Φ100*27	Zinc plated	Carbon steel+PP+PU	405.00
3123.005.125	Φ125*32	Zinc plated	Carbon steel+PP+PU	800.00

Φ75*25/Φ100*27/Φ125*32 Industry Caster

Φ7525/Φ10027/Φ125*32 Industry Caster

Part No.	A	Surface	Material	Weight(g)
3122.003.075	Φ75*25	Zinc plated	Carbon steel+PP+PU	340.00
3122.004.100	Φ100*27	Zinc plated	Carbon steel+PP+PU	500.00
3122.005.125	Φ125*32	Zinc plated	Carbon steel+PP+PU	855.00

Φ75*25/Φ100*27/Φ125*32 Industry Caster

Φ7525/Φ10027/Φ125*32 Industry Caster

Part No.	A	Surface	Material	Weight(g)
3125.003.075	Φ75*25	Zinc plated	Carbon steel+TPR	285.00
3125.004.100	Φ100*27	Zinc plated	Carbon steel+TPR	340.00
3125.005.125	Φ125*32	Zinc plated	Carbon steel+TPR	630.00

Φ75*25/Φ100*27/Φ125*32 Industry Caster

Φ7525/Φ10027/Φ125*32 Industry Caster

Part No.	A	Surface	Material	Weight(g)
3124.003.075	Φ75*25	Zinc plated	Carbon steel+TPR	340.00
3124.004.100	Φ100*27	Zinc plated	Carbon steel+TPR	410.00
3124.005.125	Φ125*32	Zinc plated	Carbon steel+TPR	700.00

Φ125*32 Industry Caster

Φ125*32 Industry Caster

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Part No. A Surface Material Weight(g)

3126.005.125 Φ125*32 Zinc plated
Carbon steel+PP+PU
445.00

×

Ningbo Minde Technology is proud to introduce our exceptional product, Industry Casters, renowned for their versatility, durability, and unwavering quality. These innovative solutions cater to clients in both the discerning European and US markets.

Versatile Material Selection:

Our Industry Casters are available in a wide range of materials, including PA (Polyamide), TPR (Thermoplastic Rubber), PU (Polyurethane), Iron, Stainless Steel, and Rubber. This diverse selection ensures that you can choose the material that perfectly suits your specific application, from heavy-duty Iron to the corrosion-resistant Stainless Steel or the noise-reducing Rubber.

Rigorous Quality Testing:

Quality is the cornerstone of our casters. We subject each caster to a stringent testing standard to ensure it meets and exceeds your expectations. Our commitment to quality guarantees that every caster performs consistently and reliably, even in the demanding conditions.

Precision Engineering for Global Excellence:

Our casters are engineered with precision to uphold the standards of accuracy and performance. Crafted with meticulous attention to detail, they offer exceptional maneuverability and load-bearing capacity, meeting the stringent requirements of clients across Europe and the United States.

Versatile Applications:

These casters are designed for a wide range of applications, making them suitable for industrial machinery, furniture, carts, and more. They provide the flexibility to move and transport your equipment with ease.

Durability and Performance:

Built to withstand the toughest conditions, our Industry Casters are designed for durability and consistent performance. Whether it's the rugged industrial settings of Europe or the diverse environments of the United States, they consistently deliver outstanding results.

Global Market Focus:

We understand the unique requirements and expectations of clients in both the European and US markets. Our casters are meticulously crafted to not only meet but surpass those expectations, ensuring they align with global quality standards.

In-House Production Excellence:

Minde Technology takes immense pride in its in-house production capabilities. This guarantees that every Industry Caster undergoes rigorous quality control measures, ensuring consistent performance and reliability.

Elevate Your Global Projects with Minde Technology:

With Industry Casters from Ningbo Minde Technology, you elevate the versatility, durability, and performance of your global projects. Our solutions provide the foundation for smoothly moving equipment, furniture, and machinery that meet and exceed the expectations of clients in Europe and the United States.

In conclusion, our Industry Casters offer quality, versatility, and reliability that cater to the exacting demands of both the European and US markets. With our 19 years of experience and unwavering commitment to excellence, we provide top-tier solutions that enhance the success of your global projects. Experience precision engineering at its with Minde Technology.

About Minde

Ningbo Minde Technology Co., Ltd.

The company was established in 2004 and has passed ISO9001, SGS, and RoHS certification. To create an ideal green enterprise, protect limited resources, and reduce waste and pollution, our products have passed SGS environmental testing and comply with the EU RoHS directive. As China Industry Casters Manufacturers and Industry Casters Suppliers, production area 12,000㎡, Two office areas 350㎡, Have 65 Experienced team-member. The major production process includes tooling designing & making, die casting, forging, stamping, precision machining, drilling, surface plating, Intelligent infrared detecting and automation packing, etc. Mostly exported to more than 35 countries and regions, major markets are the USA, Europe, the Middle East, and Southeast Asia.

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Industry Casters Industry knowledge

How is the load capacity of industry casters determined?

The load capacity of industry casters is a crucial factor in ensuring their effective performance and longevity. Several considerations go into determining the load capacity, and manufacturers provide specifications to help users choose the right casters for their specific applications. Here are the key factors involved in determining the load capacity:

Caster Rating:Each caster has a specified load rating, which is the maximum weight it can support. This rating is determined by the manufacturer through testing and is typically expressed in pounds or kilograms. It's important to note that the load capacity is per caster, so for an application using multiple casters, the total load capacity is the sum of the capacities of all the casters.

Wheel Material and Size:The material and size of the wheels play a significant role in load capacity. Different wheel materials have varying load-bearing capabilities. For example, casters with polyurethane or steel wheels might have higher load capacities compared to those with rubber wheels. Additionally, larger wheels generally distribute weight more effectively and can handle heavier loads.

Bearing Type:The type of bearings used in the caster also influences its load capacity. Precision ball bearings or roller bearings can contribute to smoother movement and better load distribution, enhancing the overall capacity.

Mounting Configuration:The mounting configuration of the caster, whether it's a top plate, stem, or other mounting method, can impact load capacity. The mounting structure needs to be robust enough to support the specified load without bending or breaking.

Caster Frame and Construction:The frame of the caster, including the fork and overall construction, is designed to withstand the forces exerted during movement. The material and design of the frame are crucial factors in determining load capacity.

Environmental Factors:Environmental conditions, such as temperature, humidity, and exposure to chemicals, can affect the load capacity of casters. Manufacturers may specify load ratings under certain environmental conditions, and users should ensure that the chosen casters can withstand the intended operating environment.

What are the key considerations for proper installation of industry casters？

Proper installation of industry casters is crucial to ensure their optimal performance and longevity. Here are key considerations to keep in mind when installing industry casters:

Correct Mounting Surface:Ensure that the mounting surface (such as a top plate or stem) is flat, smooth, and capable of supporting the load. A level surface helps distribute the load evenly across all casters, preventing uneven wear and potential damage.

Secure Mounting Hardware:Use appropriate and securely tightened fasteners, such as bolts or screws, to attach the caster to the equipment. Check that the hardware is tightened to the manufacturer's specifications to prevent loosening during use.

Proper Hole Alignment:Align the mounting holes of the caster with those on the equipment. Misalignment can lead to increased stress on the caster and may affect its load-bearing capacity and maneuverability.

Weight Distribution:Consider the load distribution among multiple casters. Ensure that the weight is evenly distributed to prevent overloading any individual caster. Proper weight distribution enhances stability and maneuverability.

Orientation and Swivel Locks:Install swivel casters in the correct orientation, and if applicable, engage or disengage any swivel locks according to the manufacturer's instructions. Swivel locks are useful when straight-line movement is required and can enhance stability.

Check for Interference:Verify that the casters do not interfere with other components of the equipment or the surrounding environment during rotation or swiveling. This prevents damage and ensures smooth operation.

Caster Orientation and Axle Positioning:Ensure that the orientation of the caster matches the intended direction of movement. Additionally, position the caster's axle in alignment with the primary load direction to optimize load-bearing capabilities.

Clearance and Height Adjustment:Confirm that there is adequate clearance between the bottom of the equipment and the floor to prevent dragging or unnecessary friction. Adjust the caster height if necessary to achieve the desired clearance.

Follow Manufacturer's Guidelines:Adhere to the installation guidelines provided by the caster manufacturer. These guidelines may include specific torque requirements for fasteners, recommended maintenance practices, and any additional instructions to ensure proper installation.

Inspect and Test:After installation, visually inspect the casters to ensure they are securely attached and aligned. Test the equipment's movement to confirm that the casters operate smoothly and without any unusual noise or resistance.

Load Capacity Verification:Verify that the installed casters have the necessary load capacity for the intended application. Consider the dynamic and static load requirements and ensure that the selected casters can handle the anticipated loads.