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Indian Customer Visits XINLI ABRASIVES to Discuss Polishing Abrasives and Material Solutions

XINLI ABRASIVES welcomed an Indian customer for discussions on White Fused Alumina Micropowder, Green Silicon Carbide Micropowder, and Cerium Oxide for polishing applications.

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26
Oct.
2026

Indian Customer Visits XINLI ABRASIVES to Discuss Polishing Abrasives and Material Solutions
XINLI ABRASIVES welcomed an Indian customer for discussions on White Fused Alumina Micropowder, Green Silicon Carbide Micropowder, and Cerium Oxide for polishing applications.
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20
Oct.
2026

Aluminum Oxide Powder for Polishing Wax Production: Improving Surface Finish and Polishing Performance
Polishing wax is widely used in metal finishing, automotive detailing, furniture care, and precision surface treatment. Its performance depends on the formulation, abrasive particle characteristics, and compatibility between the abrasive and the wax base. Aluminum oxide powder is a commonly used abrasive material in polishing wax formulations, valued for its hardness, wear resistance, and ability to support controlled surface refinement.
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16
Oct.
2026

How to Polish Alloy Aluminum Wheels: A Complete Guide to Abrasives, Surface Preparation, and Mirror Finishing
Aluminum alloy wheels are widely used in the automotive industry because of their lightweight construction, attractive appearance, and excellent design flexibility. However, achieving a smooth, uniform, high-gloss finish requires careful control of surface preparation, grinding, polishing, and finishing processes. Whether the goal is to remove machining marks, eliminate minor surface imperfections, improve the appearance of a used wheel, or produce a mirror-like finish on a newly manufactured wheel, selecting the right abrasive materials and polishing equipment is essential. This guide explains how to polish aluminum alloy wheels, compares common abrasive materials, outlines the main polishing methods, and provides practical recommendations for achieving consistent surface quality in both workshop and industrial production environments.
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29
Sep.
2026

Sandblasting Mirrors: Abrasive Selection, Grit Size, Pressure and Nozzle Guide
With the growing adoption of smart home technology and increasing demand for high-end architectural decoration, the market for LED smart bathroom mirrors, anti-glare art mirrors, and customized decorative mirrors is expanding rapidly. However, during mirror sandblasting, downstream processors often face problems such as low backing-coating removal efficiency, glass edge chipping and breakage, uneven light transmission, excessively rough blasted surfaces, and iron contamination. As a supplier of surface treatment and abrasive solutions, this article provides a systematic analysis of the key applications of mirror sandblasting—back-side coating removal for light transmission and front-side artistic frosting—covering abrasive material selection, grit-size matching, blasting pressure, and nozzle selection to help processors improve production efficiency and finished-product yield.
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24
Sep.
2026

Granite Headstone Sandblasting: Abrasive Selection, Engraving Methods and Process Control
Sandblasting provides monument manufacturers with a versatile method for engraving granite headstones, from names and dates to symbols, decorative scenes and deeper memorial designs. The quality of the result depends on the interaction between abrasive type, grit size, blasting pressure, nozzle control, stencil quality and engraving depth. For monument engraving professionals, there is no single abrasive specification that is suitable for every application. Testing the abrasive and blasting parameters on representative granite before production is an effective way to establish the appropriate combination for a particular design. For abrasive suppliers, providing stable particle size, consistent quality and application-specific technical information can be just as important as supplying the abrasive itself.
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17
Sep.
2026

Black Silicon Carbide for Marble Sandblasting: From Anti-Slip to Decorative Finishing
Marble sandblasting is becoming an effective surface treatment method for combining safety and aesthetics in architectural stone applications. By using a high-pressure air stream to propel abrasive media onto the marble surface, manufacturers can create a uniform, fine matte texture without changing the overall character of the stone.
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News

Indian Customer Visits XINLI ABRASIVES to Discuss Polishing Abrasives and Material Solutions

Indian Customer Visits XINLI ABRASIVES to Discuss Polishing Abrasives and Material Solutions

Aluminum Oxide Powder for Polishing Wax Production: Improving Surface Finish and Polishing Performance

How to Polish Alloy Aluminum Wheels: A Complete Guide to Abrasives, Surface Preparation, and Mirror Finishing

Sandblasting Mirrors: Abrasive Selection, Grit Size, Pressure and Nozzle Guide

Granite Headstone Sandblasting: Abrasive Selection, Engraving Methods and Process Control

Black Silicon Carbide for Marble Sandblasting: From Anti-Slip to Decorative Finishing