Once the surface is fully covered with wax, the polishing process can begin. Additional polishing wax may be applied to the wheel as needed (apply after wiping off any remaining wax from the wheel).

The motor power determines the size of the polishing wheel, and the motor shaft is matched with the polishing wheel. Place the polishing wheel on the shaft and tighten it with a wrench. The surface linear velocity of the polishing wheel must be uniform to achieve the polishing effect.

To remove polishing wax from the surface of workpieces after mechanical polishing, you can use "degreasing and wax removing fluid." This product features low concentration, fast wax removal, low cost, high efficiency, and neutral pH, causing no harm to the workpieces. The higher the temperature and the greater the concentration, the better the cleaning ability.

To achieve optimal performance, select the appropriate polishing wax. Use different colors to identify various types of polishing wax to avoid confusion. High abrasive content can accelerate the entire polishing process. This process involves the movement of the polishing wax and polishing wheel surface to smooth the material. Stainless steel sculptures often feature mirror finish stainless steel, brushed stainless steel, stainless steel powder coating, and colored stainless steel. In recent years, with the demand for modern sculpture art appreciation, the natural color of stainless steel has also become fashionable. Therefore, more stainless steel sculptures are using stainless steel. Based on the experience and insights of our factory's artisans, we have compiled this Q&A article to serve our customers and enthusiasts of stainless steel sculptures.

What are some common keywords used in mechanical polishing?

Answer: Abrasive: Micro-particles in polishing wax that serve to cut and flatten.

Lubricants and coolants in polishing waxes include stearic acid, fatty acids, paraffin, and more.

Cutting Force: The ability of polishing wax to grind and flatten the polished workpiece.

How many steps are typically involved in the general mechanical polishing process?

The general mechanical polishing process is divided into three steps: rough grinding, medium grinding, and fine grinding.

Coarse Grinding: This primarily involves using abrasive materials to grind the rougher surfaces of workpieces, removing macroscopic unevenness.

Zhongmo: On the basis of coarse grinding, further polishing is performed to eliminate the coarse grinding marks. After this process, the workpiece surface gradually becomes smooth and bright.

Fine Grinding: Achieving ideal brightness through the fine polishing process.

To achieve optimal performance, choose the appropriate polishing wax. Our produced polishing wax comes in square shapes for easy use. Different colors are used to identify various types of polishing wax, preventing confusion. High content of abrasive can accelerate the entire polishing process. This process involves the movement of the polishing wax and polishing wheel surface to smooth the material.

How to Choose the Size of a Polishing Wheel?

The motor power determines the size of the polishing wheel, and the motor shaft is matched with the polishing wheel. Place the polishing wheel on the shaft and tighten it with a wrench. The surface linear velocity of the polishing wheel must be uniform to achieve the polishing effect. Therefore, if a larger polishing wheel is paired with a smaller motor, the linear velocity during polishing will significantly decrease, affecting the polishing outcome.

How to Use Buffing Wheels and Wax?

The polishing wheel rotates towards the operator and has reached an adequate speed. Gently place the polishing wax against the edge of the wheel, ensuring it is below the horizontal plane of the rotating axis until the surface is completely covered. Hold a clean metal piece against the surface of the polishing wheel for a few seconds to spread the wax. Repeat this several times to evenly cover the metal piece with wax. Once the surface is fully coated with wax, you can proceed with the polishing process. If necessary, reapply polishing wax to the wheel (after wiping away any residual wax). Wheels used for coarse, medium, and fine polishing (polishing) should be separated, and must be separated, as rough particles can scratch the metal piece's surface during the polishing process.

How to Clean Off Leftover Polish Wax?

To remove polishing wax from the surface of workpieces after mechanical polishing, you can use "De-greasing and De-waxing Liquid." This product boasts low concentration, rapid dewaxing, cost-effectiveness, high efficiency, and neutral properties, causing no damage to the workpieces. The higher the temperature and the greater the concentration, the better the cleaning ability!