Bagged Limp Desiccant(Nick Paper)

The main Ingredient of lime desiccant is calcium oxide (CaO).

Contact Us

Products Center

Principle

The main Ingredient of lime desiccant is calcium oxide (CaO).Its water absorption is achieved through a chemical reaction.The chemical equation is CaO + H2O → Ca(OH)2. Therefore the absorption is irreversibility.Regardless of the external humidity, it can maintain more than 35% of the absorption.This product has excellent drying and water absorption effect.

图片1.png

Packaging materials

Nick paper is made of polyester spinning film and network shaped polyethylene coating, which combines the advantages of paper, film and fiber. Tough and durable, with strong waterproof breathable, high strength, tear resistance, aging resistance, light texture, printable, high light resistance, acid resistance, chemical corrosion resistance and other characteristics.

b3-3.jpg

Information

石灰干燥剂.svg石灰干燥剂m.svg

Features

Regardless of the external humidity, it can maintain more than 35% of the absorption;

Strong moisture absorption, raw limestone moisture absorption rate is higher than silica gel mineral desiccant in medium and low humidity environment;

The product reacts violently to water, and powders and expands after hygroscopic saturation. It is necessary to have a safe design for packaging materials.

Application

They were widely used in the cookie, tea leaf, freeze-dried food, puffed food, and nori, etc.

y4-1.jpg

Usage method

Usage: Put it where you need.

Attention

Store in a dry and cool environment, avoid direct sunlight and water immersion.

The product can not contact liquid water, water will be intense heat release and rapid expansion;

Inedible, please keep out of children’s reach, if swallowed,  immediately seek medical treatment.

When the product is used, the packaging environment should reserve a certain space to avoid the expansion impact after hygroscopic saturation;

Once the product is unsealed, it should be used as soon as possible, and the unused part should be sealed and stored to avoid affecting the effect.