Basic Info.
Model NO |
KD-CCJ |
Type |
Dry powder |
Ammonia removal capacity |
35-40g/kg |
Specification |
25kg/bag |
Origin |
Liaoning, China |
Production Capacity |
50 tons/day |
Ingredient |
Molecular sieve |
Grade |
Premium Grade |
Transport Package |
Woven Bags |
Trademark |
Clino-X Sand |
HS Code |
2530909999 |
Product Details and Features:
Our deodorant is meticulously engineered to address a multitude of odor issues, making it an ideal solution for effectively neutralizing and eradicating unwanted smells. Whether dealing with the persistent scents in livestock facilities, the intense odors from waste disposal areas, or other pollution sources, our solution shines in its deodorizing ability.
Main features include:
Fast Odor Neutralization |
This product effectively removes various odors in a short period, improving air quality. |
High Absorption Capacity |
With a large absorption capacity, the product can provide long-lasting deodorizing effects |
Physical Adsorption and Electrostatic Solidification |
Utilizes advanced physical adsorption technology combined with electrostatic solidification to ensure a stable and enduring deodorizing effect |
Product Composition:
Created from natural materials, this product epitomizes eco-friendliness, safety, and non-toxicity, ensuring an environmentally conscious approach to odor management.
After deodorization, it leaves no residual pollution, thereby preserving a clean and safe environment for every user.
Usage Instructions:
Easy to Use:
Our product is designed for simplicity in application, eliminating the need for complex steps while delivering robust effectiveness.
Safety Features:
Its non-toxic, non-flammable, and non-corrosive properties make it suitable for a wide variety of settings, providing peace of mind to users.
Eco-Friendly:
As a true advocate of eco-friendliness, this product seamlessly integrates with the environment, ensuring no harmful impacts at the site of application.
Application Area
Invention patent
Invention Name: A deodorant based on nanosilica modification and its preparation method
Patent Number: ZL202311070879.2