Yk Gradual Change Effect Glass Etching Powder - China

The gradual change effect glass frosting powder is a new product

researched according to customers’ requirements, the visual effect is

gradual changed from obscure to clear on the same glass.

Production process: Mix a proportion of glass frosting powder and hydrochloric acid together, churn up the mixture fully, then submerge the await etching glassware into it for 1--3 minutes, take it out, clean and dry it.

The etching effect: The surface of the etched product feels smooth and delicate, the grain distributes on it is teeny and nice.

The etched surface is thin with high light transmittance, which has no reflective effect under the light.

The package: 25kg/bag

The output: Each kilogram glass frosting powder can etch the flat glass single-sided with the average glass material about 10 square meters.

Company Contact:

• Posted By: Dengfeng City Yuke Glass Technology Co., Ltd.

• Phone: 8637168665788

• Address: Room601.Houhai department,Dihu garden,Hanghai west, Zhengzhou , China

• Email:

• Website: http://www.chinayuke.com.cn

• Business Description: Dengfeng City Yuke Glass Technology Co., Ltd. is an enterprise mainly
  
  engaging in the manufacture and sales of a series of glass frosting
  
  powder.
  
  In order to satisfy the various requirements of customers, we
  
  have produced different kinds of glass frosting powder, like YK glass
  
  frosting powder I, which is universally used in the glass bottle
  
  etching fields; the YK cosmetic glass frosting powder, which is widely
  
  used in the further processing of cosmetic bottles and flat glass; YK
  
  lamp ornament glass frosting powder, which is fit for the further
  
  processing of lampshade; YK glass frosting powder with low reflective
  
  effect, which processes the glass to improve its additional values.
  
  Besides, YK glass frosting powder without fingerprint effect, YK mirror
  
  glass frosting powder, YK high boron and quartz glass frosting powder,
  
  also the transference of etching and engraving technology.