6″ Industrial Tampico Wheel Brush, Natural Sisal Fiber Polishing Wheel for Metal Deburring and Cleaning
★ Made from natural fibers, offering a balanced softness and firmness that won’t damage precision workpieces
★ Compact, universal 6-inch size, suitable for small workpieces and handheld devices
★ Three-dimensional, fluffy, radially arranged fibers that conform to curved surfaces, leaving no polishing blind spots
★ Naturally breathable, self-cooling structure that prevents workpieces from overheating during continuous operation
★ Reinforced metal core with hexagonal teeth for stable and durable performance at high speeds
Product Certification
Why Choose Weike Polishing Wheels
Carefully selected from natural plant-based microfibers that have not been impregnated with resin, these fibers feature a supple and fine texture free of hard, coarse strands, offering a balance of gentle cutting action and a soft, lustrous polish. The grinding process will not scratch, discolor, or burn thin materials, plated parts, or plastic components. Unlike hard, oil-impregnated hemp wheels, these are specialized consumables designed for the pretreatment of precision small parts.
The standard 6-inch diameter is suitable for small to medium-sized workpieces, with a working surface of moderate size that can handle flat panels as well as reach deep into the corners and grooves of workpieces. Paired with a hexagonal-toothed metal core, it can be directly mounted on bench-top polishers, handheld grinders, and small automated equipment, offering maximum versatility for prototyping and small-batch precision finishing.
The fibers are arranged uniformly in a radial pattern, forming a three-dimensional, fluffy, and elastic structure that can adapt to workpiece height differences of 0–8 mm. It conforms perfectly to arcs, convex and concave surfaces, and irregularly shaped curves, ensuring uniform polishing coverage without missed spots or inconsistent depth of scratches, making it ideal for processing complex contours.
Virgin hemp fibers naturally contain numerous breathable pores that rapidly dissipate friction heat during high-speed polishing, preventing heat buildup and surface burns on workpieces even during prolonged assembly line processing. With no chemical hardening coatings, wax residue and debris are easily rinsed away after polishing, ensuring no interference with subsequent processes such as electroplating or spray painting.
The center features a reinforced hexagonal-tooth locking metal inner ring, ensuring the fibers are firmly interlocked with the core, making it resistant to core dislodgement or delamination under tension. Each wheel undergoes standard dynamic balancing calibration at the factory, ensuring smooth, vibration-free operation at 3,000 RPM. The edge-sealing process minimizes fiber shedding at high speeds, and its wear resistance and service life surpass those of ordinary, low-cost fiber wheels.
Applicable Scenarios
1. Polishing Process:
Coarse polishing / medium-coarse polishing: effectively removes scratches, burrs, and oxide layers, and levels the workpiece surface.
2. Industries Served:
Bathroom hardware, locks, kitchenware and tableware, metal furniture, architectural and decorative building materials, and mechanical castings.
3. Processed Materials:
Hard metals such as stainless steel, iron, copper, titanium, and carbon steel.
4. Supporting Equipment:
Fully automated production lines, bench-top polishers, vertical polishers, and handheld polishing equipment.
5. Compatible Consumables:
Solid yellow wax and purple wax for coarse polishing.
Product Specifications
| Parameters | Properties |
| Product Name | 6″ Industrial Tampico Wheel Brush, Natural Sisal Fiber Polishing Wheel |
| Product Specifications | Standard Outer Diameter: 4–8 inches (customizable to meet customer requirements) Standard Bore Diameter: 1–2 inches (customizable to meet customer requirements) Center Hole Shape: Round holes, square holes, hex socket holes(customizable to meet customer requirements) Standard Thickness: (customizable to meet customer requirements) |
| Product Material | natural plant-based microfibers |
| Exterior Color | Hemp-colored |
| Maximum speed | 3000RPM |
| Hardness | Hard |
Safety Precautions
Do not exceed the maximum safe speed of 3000 rpm; wear protective gloves, safety goggles, and a dust mask when polishing; avoid applying excessive pressure to prevent damage to the item being polished.
Manufacturing Process
This product is made from natural fine-filament fibers that are washed, combed, and then formed using a radial fiber-laying process. The center features a reinforced locking core with serrated metal claws and is set at low temperatures to preserve the fibers’ soft and delicate texture. The outer edge is reinforced to prevent fiber shedding. All finished products undergo dynamic balancing calibration, ensuring a sturdy structure and a gentle, polished finish that does not damage precision workpieces.
Custom Polishing Wheel Solutions
Based on your workpiece material and polishing process standards, we offer comprehensive OEM and ODM customization services:
· Customizable outer diameter, inner bore, bore shape, and thickness
· Fiber material, oil impregnation process, and finish color
· Hardness and cutting force adjusted to meet specific requirements
Advantages of custom polishing wheels: Cutting force precisely matched to your needs, longer service life, higher polishing efficiency, and significantly reduced overall consumable costs.
Frequently Asked Questions About Procurement
What is the difference between this 6-inch Tampico sisal wheel and a standard eight-strand oil-impregnated sisal wheel?
This product is made from natural Tampico plant fibers and undergoes no resin or oil-impregnation hardening treatment, resulting in a soft, cushioned texture. In contrast, oil-impregnated eight-strand sisal wheels are hard and have strong cutting power, making them prone to scratching copper, aluminum, and plated parts. The Tampico wheel is designed for gentle deburring and light oxide layer removal, making it ideal for pre-processing small precision parts without excessively eroding the workpiece surface.
What types of metals is it suitable for, and for which workpieces is its use not recommended?
Suitable for various small metal parts made of stainless steel, iron, copper, titanium, zinc alloys, and aluminum alloys; ideal for door lock components, small kitchenware, jewelry hardware, valves, and precision die-cast parts. Not recommended for thin plated finished products or soft plastic parts; although the fibers are soft, continuous grinding may still damage the plating and plastic surfaces.
What polishing processes is this wheel primarily used for? Can it be used to achieve a mirror finish directly?
It is primarily used for light rough polishing, deburring, cleaning parting lines, removing surface rust and thin layers of scale, and leveling fine machining marks. It is intended solely as a pre-treatment step and cannot achieve a mirror finish on its own. After rough polishing is complete, it must be followed by fine polishing and brightening using cotton or wool wheels in combination with white wax or green wax.
Which polishing equipment is it compatible with, and what are the specifications of the center hole?
Standard 6-inch size, compatible with bench-top polishers, handheld grinders, and small fully automatic polishing production lines; comes standard with a serrated hexagonal metal-tooth inner hole and a universal hexagonal spindle. Both dimensions and inner hole styles can be customized as needed.
Which polishing waxes work best with this product? Can fine-polishing waxes be used?
We recommend using yellow coarse-polishing wax or purple medium-coarse wax first, as they are most effective for deburring and removing oxidation layers. We do not recommend using mirror-finish fine-polishing waxes such as white or green wax on their own, as their relatively soft fibers can cause slippage and lack of grinding power, making it impossible to quickly remove defects from the workpiece.
What is the maximum safe speed, and what problems can occur if it’s exceeded?
The maximum safe speed for this model is 2,400 RPM. Operating above the rated speed can cause the fibers to loosen, fibers to fly off, and the wheel to vibrate, posing safety hazards and significantly shortening the wheel’s service life.
Why do fibers tend to fall off during use, and how can this be resolved?
Fiber shedding is extremely rare under normal, proper use; excessive shedding is generally caused by exceeding the speed limit, applying excessive polishing pressure, or prolonged dry polishing that generates high friction heat, resulting in fiber damage. Controlling the speed, applying light pressure during polishing, and regularly replenishing polishing wax for lubrication can effectively reduce fiber shedding.
What precautions should be taken when storing virgin oil-free Tampico wheels?
Store them in a dry, well-ventilated warehouse to avoid prolonged exposure to moisture. Moisture causes the fibers to soften and reduces cutting power. If stored for more than 6 months, run the wheel at low speed for 3 minutes to shake off any moisture before resuming normal polishing.
Can it be used to clean oil stains and minor rust from workpiece surfaces?
Yes. Virgin Tampico fibers are highly porous and naturally absorbent. When used with coarse polishing wax, they can simultaneously remove burrs, light surface rust, and machining oil from metal surfaces, making them suitable for preliminary cleaning of metal parts after machining.
How do I choose between a 6-inch Tampico wheel and larger wheels made of the same material?
The 6-inch wheel is compact and agile, making it suitable for grinding small irregularly shaped parts, edges, corners, grooves, jewelry, valves, and other tight spaces; the 12-inch and 14-inch Tampico wheels are suitable for batch processing of large-area sheet metal, tubing, and large hardware components. Simply select the appropriate size based on the workpiece dimensions.
