ADC PT

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ADC PT Specification

HS Code
29270090

Molecular Weight
116.08 g/mol

Ph Level
Neutral

Molecular Formula
C2H4N4O2

Other Names
ADC, ADA

Density
1.65 Gram per cubic centimeter(g/cm3)

Solubility
Soluble in hydrocarbons

Purity
99.2% min

Storage
Keep in dry, cool, and ventilated place

Poisonous
Yes

Melting Point
150C

Form
Powder

Smell
Odorless

Taste
Odorless

Shape
Powder

Structural Formula
NH2CON=NCONH2

Classification
Blowing Agent

Grade
Industrial Grade

Standard
Industry standard

Type
Chemical

Usage
Foaming agent for PVC, EVA, and Rubber

Application
Used as blowing agent in plastic and rubber industry

ADC PT Trade Information

Minimum Order Quantity
100 Kilogram

Delivery Time
1 Week

Sample Available
Yes

Sample Policy
Free samples are available

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

Certifications
ISO 9001:2015 Certified

About ADC PT

Blowkem ADC PT

Product	Particle Size	Gas	DT	Application
	(microns)	(ml/gm)	(C)
Blowkem ADC PT	-	-	-	Used in EVA moulded sheets with thicker compression moulding and many other applications. It is used where pricing of end products should be economical as per individual requirement.

Packing: 25 Kgs
Packing Type: Packed in HDPE polythene - lined woven bags with inner polythene bag

DT By Open Capillary Tube Method.

Superior Blowing Agent Performance

ADC PT delivers excellent performance as a foaming agent, ensuring consistent and uniform cell structure in plastics and rubbers. Its high purity and fine powder form make it easy to blend, resulting in optimum expansion and product stability for PVC, EVA, and rubber manufacturers.

Safe Handling and Storage Recommendations

With an odorless profile and neutral pH, ADC PT remains stable under industry standard storage conditionsdry, cool, and well-ventilated areas. Following recommended safety measures is crucial, as the product is classified as poisonous. This ensures safe application and longevity in various manufacturing settings.

FAQs of ADC PT:

Q: How is ADC PT used as a foaming agent in the plastic and rubber industry?

A: ADC PT is typically incorporated into formulations for PVC, EVA, and rubber where it decomposes at processing temperatures to release gases, creating a foamed, lightweight structure. This enhances insulation, cushioning, and reduces material density.

Q: What is the typical process for using ADC PT in manufacturing?

A: Manufacturers blend ADC PT powder with the base polymer, then heat the mixture to temperatures where ADC PT decomposes (around 150C). The released gases generate pores, resulting in a uniform foam structure in the final product.

Q: Where should ADC PT be stored for optimal safety and effectiveness?

A: ADC PT should be stored in a dry, cool, and well-ventilated area to preserve its stability and prevent premature decomposition. Proper storage also enhances safety, given that the chemical is poisonous.

Q: What benefits does ADC PT provide in foam production for PVC, EVA, and rubber?

A: ADC PT delivers excellent cell structure, boosts material yield, and offers consistent foaming characteristics. Its high purity ensures efficient gas evolution, which enhances the mechanical properties and appearance of finished products.

Q: When is ADC PT most commonly utilized in industrial applications?

A: ADC PT is primarily used during the compounding and molding stages, especially where lightweight, cushioned, or insulating materials are required, such as flooring, footwear, automotive parts, and packaging.

Q: What makes ADC PT suitable for industrial-scale operations?

A: Its industrial-grade purity, efficient foaming action, and compatibility with multiple polymers make ADC PT ideal for large-scale manufacturing processes, ensuring reliable and repeatable production outcomes.

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