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 expertly crafted deodorant is designed to conquer a multitude of odor challenges, making it exceptionally effective at neutralizing and eradicating undesirable smells. Be it the stubborn odors lingering in livestock farms, the overpowering scents from garbage dumps, or other sources of pollution, our solution excels in comprehensive deodorization.
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:
Composed of natural materials, this product epitomizes eco-friendliness, safety, and non-toxicity, ensuring a sustainable approach to odor management.
After deodorization, it leaves behind no secondary pollution, thus preserving a clean and secure environment for all users.
Usage Instructions:
Easy to Use:
Our product is designed for simplicity, requiring no complex procedures to unleash its powerful effectiveness.
Safety Features:
With attributes of being non-toxic, non-flammable, and non-corrosive, it is ideally suited for diverse environments, providing complete peace of mind.
Eco-Friendly:
As a beacon of eco-friendliness, this product integrates seamlessly with the environment, ensuring zero harmful impact 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