Nano mineral crystal

Nano mineral crystals are precious non-metallic natural minerals bestowed upon us by nature, such as palygorskite, attapulgite, and diatomite. They are rich in pore mineral adsorbents. Reasonably configured, these minerals form the nano mineral crystal air purifier products.

Introduction

Among them, the nanocrystalline lattices of montmorillonite and the ridged bars can adsorb toxic and harmful nanoscale polar substances such as formaldehyde, benzene, and ammonia from the air. Diatomite, in addition to absorbing micrometer-scale macromolecular air impurities, also provides adsorption channels for nanomined crystals, enhancing their adsorption effectiveness. Nanocrystalline air purifiers have the characteristics of rapid adsorption, targeting polar molecules, and can be reused.

Products that can be made with nanotechnology include: a series of automotive air purification products for formaldehyde and odor removal, a series of construction air purification products for formaldehyde and odor removal, home air purification products for smoke and odor removal, toilet odor control products, refrigerator and freezer odor control products, air purification equipment adsorption filters, as well as chemical filters in industrial air purification equipment.

Adsorption Principle

Nano-mineral crystals, due to their numerous pores with nanoscale sizes and polarized surface characteristics, exhibit a strong adsorption effect on polar gas compounds of nanometer molecular size when compared to the same number of pores. The molecular diameters of formaldehyde, ammonia, benzene, toluene, and xylene are all between 0.4-0.62 nanometers, and these compounds are all polar molecules, being nanoscale polar compounds. Here's a common fact for you: almost all harmful gases in the air are polar gas compounds!

Features and Categories

Function Features

Nano mineral crystals possess a large number of pores, with a structure similar to 3A, 4A, and 5A molecular sieves. The micropore sizes are around 0.3-0.9 nanometers, which form the three major characteristics of nano mineral crystals, determining their adsorption power and the feature of recyclable and continuous use.

1. Adsorbs only nanoscale gas molecules.

2. The lattice pore surface is polar, actively preferentially adsorbs polar gas compounds.

3. Simple and effective desorption conditions: above 45 degrees Celsius, the nano mineral crystal will desorb and regenerate, allowing for repeated use.

Model Categories

Nano mineral crystals are categorized into Basic, Standard, Negative Ion Health, Adsorption, Decomposition (Photocatalytic), and Efficacy (Little Dragon) types based on different production processes. Please select the corresponding model according to the usage space for optimal effects.

Features

1. Nanometer-scale micropores are more numerous than activated carbon of the same volume, thus the nano mineral crystal adsorbs harmful gases like formaldehyde faster and more effectively than activated carbon.

2. Due to the powerful adsorption effect of nano mineral crystals, the usage amount per unit area of nano mineral crystals is significantly less than that of activated carbon. It is proven that the usage amount of activated carbon per unit area is 250g, whereas only 25g of nano mineral crystals are required.

3. Due to different production processes, activated carbon is often black and dirty, whereas nano mineral crystals are natural substances, odorless, clean, and dust-free, making them suitable as fillers for other products (such as toys).

4. Activated carbon has a lifespan of only 5-8 months, while formaldehyde has an emission cycle of 3-15 years. Nano mineral crystals can be recycled, and products can be desorbed and regenerated through direct sunlight exposure or heat treatment. Their lifespan is significantly longer than that of activated carbon, making them an ideal substitute.

Instructions for Use

1. Due to the strong adsorption of nano mineral crystals, they can easily become saturated in heavily polluted indoor environments or when there's excessive humidity. Therefore, users should expose the product to direct sunlight to release the adsorbed substances, thereby restoring the product's vitality and its powerful adsorption capabilities.

2. Due to the release of polar gas compounds during sun exposure or baking, please dry the product in a well-ventilated outdoor area. When using baking equipment, opt for a ventilated model or ensure good ventilation during the baking process.

3. When using this product inside the vehicle, please note the following details: If the car is parked in the sun, the temperature inside may exceed 45 degrees. Before entering the car, ventilate the door for 2-4 minutes to release pollutants inside. After entering the car and starting it, if you do not use the air conditioning, drive with the windows open.