Silica Gel Blue (Size 34 Mesh) 25 Kg Pack

Name: Silica Gel Blue (Size 34 Mesh) 25 Kg Pack
Brand: SFJ INDUSTRIES PVT LTD
Price: 170 INR
Availability: InStock

Price 170 INR/ Kilograms

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MOQ : 50 Kilograms

Silica Gel Blue (Size 34 Mesh) 25 Kg Pack Specification

Classification
Indicating Desiccant

Chemical Name
Silicon Dioxide with Cobalt Chloride

Other Names
Blue Silica Gel

CAS No
63231-67-4

Type
Indicating

Grade
Industrial

Purity(%)
>99%

Usage
Breather, Transformer, Desiccant

Color
Blue

Physical Form
Crystals

Shape
Irregular Crystals

Size
4-8 mm (34 Mesh)

Mesh size
34 Mesh

Material
Silica Gel

Packaging Size
25 Kg

Physical State
Crystals

Moisture capacity
30%

Cobalt content
0.1%

Form
Crystals

Bright color
Deep blue shade

Application
Electric transformer use

Packaging Type
25 kg HDPE bag

Silica Gel Blue (Size 34 Mesh) 25 Kg Pack Trade Information

Minimum Order Quantity
50 Kilograms

Supply Ability
5000 Kilograms Per Month

Delivery Time
7 Days

About Silica Gel Blue (Size 34 Mesh) 25 Kg Pack

Introducing the latest Silica Gel Blue (Size 34 Mesh) 25 Kg Pack, now available at a sizzling price cut! Experience splendiferous moisture absorption with an illustrious 30% moisture capacity and >99% purity. Astounding deep blue crystals equipped with a 0.1% cobalt indicator offer reliable and visible performance. Crafted for electric transformer breathers, this industrial-grade desiccant is delivered in a robust 25 kg HDPE bag, ensuring product integrity. Ideal for use as a transformer breather desiccant, the irregular-shaped, 34 mesh-sized crystals guarantee efficient and effective application every time.

Competitive Edge for Electrical Transformers

Silica Gel Blue (Size 34 Mesh) 25 Kg Pack offers substantial advantages, such as high moisture capacity and rapid indication for timely replacement. Suited for electric transformer breathers, its primary application surface ensures critical moisture management in industrial environments. With premium quality and illustrious purity, this desiccant's crystalline form makes it convenient and effective for heavy-duty usage, standing out as a top choice for transformer maintenance across industrial sectors.

Premium Supply to International Markets

Our Silica Gel Blue (Size 34 Mesh) 25 Kg Pack is supplied to prominent global markets with dedicated export logistics for swift and safe delivery. Premium sample availability allows customers to evaluate quality prior to large-scale orders. Payment terms are streamlined for both domestic and international clients, ensuring seamless goods transport and transaction efficiency. Our commitment to quality and reliable supply makes us a trusted trader and supplier in the industry.

FAQ's of Silica Gel Blue (Size 34 Mesh) 25 Kg Pack:

Q: How is Silica Gel Blue (Size 34 Mesh) used in electric transformers?

A: Silica Gel Blue (Size 34 Mesh) is placed in transformer breathers to effectively absorb moisture from the air entering transformers, protecting internal components from humidity damage.

Q: What benefits does the blue indicating color provide?

A: The deep blue color, due to cobalt chloride content, serves as a visual indicator. It turns pink as the gel becomes saturated with moisture, signaling when replacement or regeneration is necessary.

Q: When should Silica Gel Blue be replaced in a transformer breather?

A: Replacement is needed when the crystals change color from blue to pink, indicating moisture absorption capacity is exhausted and efficiency drops.

Q: Where can samples of this product be requested?

A: Samples of Silica Gel Blue (Size 34 Mesh) are available upon request from the supplier, allowing customers to evaluate its performance before making bulk purchases.

Q: What is the process for ordering and payment?

A: Orders can be placed directly with the supplier, and payment terms are flexible, accommodating both local and international buyers for efficient goods transport and transaction security.

Q: How does the mesh size enhance its application?

A: A 34 mesh size provides an optimal balance between surface area and flow rate, maximizing moisture absorption and allowing efficient airflow in transformer breathers.

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