Flame Retardant Compounds

Flame Retardant Compounds Specification

Acid Resistance
Good

Particle Size
24 mm

Length
Varies

Ph Level
7 (Neutral)

Thickness
0.52 mm

Weight
25 kg (Standard Bag)

Hardness
6070 Shore D

Moisture Content
<0.1%

Operating Temperature
Up to 250C

Alkali Resistance
Good

Molecular Formula
Proprietary

Chemical Name
Flame Retardant Compounds

Other Names
Flame Retardant Masterbatch

Purity
99%

Appearance
Granules

Physical State
Solid

Raw Material
Woven Fabric Bags

Dissolving Time
Quick Dissolving

Insoluble %
<1%

Compatibility
Hugemed VLM processors

Tip Flexibility
210 degrees

Channel Support
Suction, BAL, biopsy

Working Channel Width
600MM maximum

Sizes Available
2.2 mm-5.8 mm OD

Atraumatic Insertion
Pre-lubricated distal tip

Therapeutic Use
ICU, ER, pulmonology

Packing
Individually sterile packed

Field of View
120 degrees

Contamination Risk
Eliminated by single-use

Angulation Up/Down
210 range

Flame Retardant Compounds Trade Information

Minimum Order Quantity
100 kg Bags

Supply Ability
1000 Bags Per Month

Delivery Time
30 Months

Sample Available
Yes

Main Domestic Market
All India

About Flame Retardant Compounds

Our organization is instrumental in manufacturing a premium quality Flame Retardant Compounds. These provided products are developed from premium quality raw material and advanced technology in accordance with the defined industry standards. This product is suitable for flame retardant cable insulation and sheathing are offered from AEI Compounds. It is made up with premium quality materials and advance techniques as per the set industrial norms. These Flame Retardant Compounds are offered to our customers at market leading rates.

Highlights

Premium quality
Accurate dimension
Light weight
Easy to use

Polymers

ABS

HIPS

Superior Flame Retardancy Meeting UL Standards

This compound delivers robust fire resistance certified to UL 94 V-0, making it ideal for products where safety is paramount. Its formulation ensures reliable flame inhibition, suitable for electronics, automotive, or industrial components with critical fire resistance requirements.

Versatile Compatibility and Easy Processing

Designed for seamless integration with PP, PE, PVC, and ABS matrices, these flame retardant masterbatch granules excel in extrusion and injection molding. Their quick dissolving property and particle size (24 mm) promote smooth mixing and uniform distribution during manufacturing.

Long Shelf Life and Robust Packaging

Safely packaged in high-quality woven fabric bags, each standard pack weighs 25 kg and preserves the materials integrity. When stored in cool, dry places, the compounds retain optimum properties for up to 12 months, ensuring consistent performance whenever you need them.

FAQs of Flame Retardant Compounds:

Q: How should I store Flame Retardant Compounds to maintain their quality?

A: It is best to store these compounds in a cool, dry location, away from direct sunlight and moisture. Proper storage ensures they retain their effectiveness and preserves their 12-month shelf life.

Q: What processing methods are suitable for Flame Retardant Compounds?

A: These compounds are specifically designed for extrusion and injection molding techniques, enabling efficient production of flame-resistant parts and profiles for various applications.

Q: When is it necessary to use a UL 94 V-0 certified flame retardant compound?

A: UL 94 V-0 certification is essential when manufacturing items that demand the highest fire safety standardssuch as electrical housings, appliance parts, and automotive componentswhere rapid flame extinguishing is critical.

Q: Where can these compounds be applied, and which polymers are compatible?

A: They are applicable in diverse industries and can be integrated with polypropylene (PP), polyethylene (PE), polyvinyl chloride (PVC), and acrylonitrile butadiene styrene (ABS) matrices, broadening their usage scope.

Q: What are the advantages of the compounds quick dissolving and low moisture content?

A: Quick dissolving speeds up processing and ensures homogenous mixing, while moisture content below 0.1% minimizes the risk of defects and preserves mechanical properties during manufacturing.

Q: How does using these flame retardant compounds benefit final product performance?

A: They enhance fire resistance without compromising tensile strength or durability, extend lifespan under high temperatures (up to 250C), and offer good resistance to acids and alkalis, making end products safer and more reliable.