Anti-stain Aluminum Chemical Polishing Compound LQ-A430 – EFFECTIVE NON-CORROSIVE CLEANING SOLUTION
Metal surface treatment chemicals are considered effective tools for many industries such as anodizing, electroplating, polishing, and machinery cleaning, etc. Currently, the market offers many types of surface treatment chemicals with diverse uses and characteristics, specific to each metal. Hongyi Vietnam New Materials Co., Ltd. is proud to producing Anti-stain Aluminum Chemical Polishing Compound LQ-A430, which is combines high brightness with anti-corrosion protection. Ideal for aluminum products used in high temp/humidity. Forms a protective layer during polishing to prevent pitting corrosion.
1. Product Information
Instructions for Use:
-
LQ-A420: 0.2%-0.5%( reter to the degree of punching)
-
Aluminum ions: 23g/L-30g/L
-
Temperature: 80℃-95C
-
Time: 60s-240s
-
Ratio: 1.65-1.75
Packaging: 25kg/drum
Contact us now for detailed product information.
2. Key Features and Applications of the Product
-
No colrosion to high-gloss mimor aluminum;
-
Strong penetration and dissolution ability;
-
Fast oil and wax removal speed and long-lasting strength;
-
High oil and dirt tolerance and long service life
3. Hongyi New Material – A leading supplier of industrial chemicals and metal surface treatment chemicals
With many years of experience in the production and distribution of industrial chemicals and metal surface treatment chemicals in domestic and international markets, Hongyi Vietnam New Materials Co., Ltd. always strives to fulfill its mission of providing high-quality, effective, and cost-saving products to customers.
We are committed to:
-
Products designed specifically in our large-scale laboratory in Guangdong, China
-
Optimizing processes and improving customer production efficiency
-
Experienced engineering team and advanced production technology
-
Efficient production and logistics in Vietnam and China
-
Stable raw material supply, ensuring fast delivery
We are honored to serve you!





Reviews
There are no reviews yet.