Non Indicating Silica Gel

Non Indicating Silica Gel Specification

Chemical Name
Silica Gel

Other Names
Silica Gel

CAS No
7631-86-9

Type
Silica Gel

Grade
Industrial

Purity(%)
99%

Color
Colorless

Physical Form
Solid

Shape
Granule

Non Indicating Silica Gel Trade Information

Minimum Order Quantity
100 Kilograms

Payment Terms
Cash Advance (CA), Cash in Advance (CID), Cheque

Supply Ability
50000 Kilograms Per Month

Delivery Time
7 Days

Sample Available
No

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
25 HDPE BAG PACKING

Main Domestic Market
All India

Certifications
REACH,RoHS,GMP,QRO

About Non Indicating Silica Gel

Non-indicating silica gel is an extremely porous, bead form of silicon dioxide that has the ability to absorb moisture without showing any color change. It consists of small clear or white beads with a large surface area for moisture adsorption, which makes it suitable for safeguarding sensitive products against humidity damage. Since it does not contain a moisture indicator, it is often used in applications where visual color change is not required or undesirable, including pharmaceuticals and electronic devices. It is chemically inert, non-toxic, and safe for usage in most industries. It can be reactivated by heating and reused, and it provides consistent moisture control in a broad range of environments.

Exceptional Moisture Absorption

Non Indicating Silica Gel granules effectively absorb and trap moisture from the surrounding environment, helping to preserve products and prevent damage caused by humidity. With its high purity and industrial grade, it is widely used in packaging, storage, and transportation across multiple industries.

Trusted Industrial Grade Quality

Our silica gel is manufactured to stringent industrial standards with a purity of 99%. The granular, colorless solid form ensures efficient and consistent moisture absorption, making it dependable for large-scale operations and sensitive applications.

Versatile Applications Across Industries

This non indicating silica gel is ideal for use in pharmaceuticals, electronics, textiles, and machinery, helping to keep products dry and in optimal condition during transportation or storage. Its adaptability makes it a preferred choice for professionals seeking reliable desiccant solutions.

FAQ's of Non Indicating Silica Gel:

Q: How is Non Indicating Silica Gel used in industrial applications?

A: Non Indicating Silica Gel is typically placed inside packaging, containers, or machinery to absorb excess moisture and prevent condensation. It is especially effective in environments where visual moisture color change is not required, offering passive, continuous protection for sensitive goods.

Q: What are the physical characteristics of this silica gel?

A: This product is a solid, colorless granule with a very high purity of 99%. It is odorless and chemically inert, making it safe and effective for use in a range of industrial applications.

Q: Where can Non Indicating Silica Gel be effectively utilized?

A: It can be used in packaging, storage areas, electronic equipment, pharmaceuticals, textiles, and even in transportation to safeguard goods against moisture-related degradation.

Q: What is the benefit of using Non Indicating Silica Gel over other desiccants?

A: Non Indicating Silica Gel offers high moisture absorption capacity without introducing any chemicals or colors into the product environment. Its solid and granular form ensures easy handling and even distribution, making it efficient and low-maintenance.

Q: When should Non Indicating Silica Gel be replaced or regenerated?

A: It should be replaced or regenerated when it becomes saturated and can no longer absorb moisture effectively. In industrial settings, scheduled replacement or reactivation through heating is recommended based on the humidity exposure and load.

Q: What process is involved in manufacturing this silica gel?

A: The production of silica gel involves the polymerization of sodium silicate solution under acidic conditions, followed by granulation, purification, and drying to achieve the desired 99% purity and granular solid form.

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