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FOOTWEAR BLOWING AGENTS

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FOOTWEAR BLOWING AGENTS Specification

Shelf Life
2 Years

Melting Point
>190C (Decomposes before melting)

Molecular Weight
116.08 g/mol

Water Cotent
0.3%

Appearance
Powder

Molecular Formula
C2H4N4O2

Storage
Cool, dry place, away from direct sunlight

Shape
Fine Granular

Structural Formula
C2H4N4O2

Color
Light Yellow

HS Code
29270090

Taste
Odorless

Smell
Faint

Usage
Used as blowing agent in manufacturing of EVA/ PVC/ Rubber footwear

FOOTWEAR BLOWING AGENTS Trade Information

Minimum Order Quantity
100 Kilogram

Payment Terms
Telegraphic Transfer (T/T), Cheque

Delivery Time
1 Week

Sample Available
Yes

Sample Policy
Free samples are available

Main Export Market(s)
Australia, North America, Eastern Europe, Middle East, Western Europe, Africa, Central America, South America, Asia

Certifications
ISO 9001:2015 Certified

About FOOTWEAR BLOWING AGENTS

We are manufacturing various grades of Blowing Agents for the Footwear Industry depending on the type of polymers used.

Some of our products Especially for Footwear are;

ADC EV

ADC PT

ADCL 5005

ADC 140 AD & ADC 5A006

ADC TWO COMPONENT

ADC ONE PACK

DNPT ( FOR HAWAI SLIPPERS AND OTHER RUBBER ITEMS)

PRODUCT APPLICATION

EVA Slippers, Hawai Chappals, Canvas Shoes, etc.
PVC Shoe Soles
LDPE
Natural and Synthetic Rubber Applications
Rubber Foams
Rubber Linings for Doors and Windows
Layered Water Tanks
Precision Rubber Components
Coaxial Cables
PE Extrusion
Transmission Belts
Tyre
Pipes and Hoses.

Superior Quality and Performance

Our FOOTWEAR BLOWING AGENTS are expertly engineered for footwear manufacturing, providing excellent foam structure and improved material resilience. The fine granular appearance aids rapid dispersion within EVA, PVC, and rubber compounds, resulting in uniform cellular formation during processing. The agents low moisture content ensures consistency and long shelf life, making it a trusted choice for manufacturers and suppliers.

Secure Packaging and Storage

Each batch is packaged to preserve the agents integrity, maintaining optimal water content and minimizing contamination. For best results, store in a cool, dry location, shielded from direct sunlight. These conditions help sustain product efficacy and extend shelf life to two years, maximizing usability for exporters and manufacturers.

FAQs of FOOTWEAR BLOWING AGENTS:

Q: How are FOOTWEAR BLOWING AGENTS used in footwear manufacturing?

A: FOOTWEAR BLOWING AGENTS are incorporated into EVA, PVC, or rubber mixtures during the production of footwear soles. When heated, they decompose above 190C, releasing gas that creates foam structure, providing cushioning and reducing weight.

Q: What is the benefit of using blowing agents in EVA/PVC/rubber footwear?

A: The main advantage of using blowing agents is the formation of lightweight, comfortable, and resilient foam soles. They improve shock absorption and reduce overall material consumption, enhancing the quality and comfort of the footwear.

Q: When should the blowing agent be added during the manufacturing process?

A: The blowing agent is typically mixed with the polymer compound prior to molding and heating. This ensures even distribution and allows optimal cellular structure to form during the thermal decomposition stage.

Q: Where should the blowing agent be stored to maintain its quality?

A: For best results, the blowing agent should be kept in a cool, dry environment, away from direct sunlight. Proper storage extends shelf life and protects the product from moisture, maintaining its effectiveness.

Q: What is the shelf life of FOOTWEAR BLOWING AGENTS and how do you ensure product stability?

A: The shelf life of the product is two years when stored correctly. Stability is ensured by maintaining water content at or below 0.3% and shipping the product in secure, moisture-resistant packaging.

Q: What process does the agent undergo during footwear production?

A: During production, the agent decomposes before melting, releasing gases that create fine cellular structures in the footwear sole material. This process yields a lightweight, cushioned result that enhances product performance.