Low Melt Fiber

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MOQ : 100 Kilograms

Low Melt Fiber Specification

Knitted Type
N/A (for fibers, not yarn)

Yarn Count
N/A (applies to spun yarns)

Design
Hollow or Solid as required

Technics
Thermal Bonding, Spinning

Density
1.38 Gram per cubic centimeter(g/cm3)

Material
Polyester, Bi-Component (PET/Co-PET)

Texture
Soft, Fine, Smooth

Style
Staple Fiber

Application
Nonwovens, Padding, Automotive Interior, Filtration, Home Textiles, Thermal Bonding

Properties
Low Melting Point, Bonding Capability, High Tenacity, Washable, Non-Toxic

Recommended Season
All Seasons

General Instructions
Store in cool, dry place; avoid direct sunlight; handle with care to prevent entanglement

Length
32mm, 38mm, 51mm, or customized

Weight
1.5D to 6D per filament

Color
White or customized

Width
N/A (applies to yarns/fabrics)

Pattern
Crimped

Packaging
Baled and packed in PE/PP woven bags

Usage Method
Blend and heat for thermal bonding in nonwovens production

Moisture Content
0.5%

Elongation at Break
30%

Melting Point (High Component)
255-265C

Melting Point (Low Component)
110-120C

Odor
Odorless

Tensile Strength
3.0 cN/dtex

Low Melt Fiber Trade Information

Minimum Order Quantity
100 Kilograms

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Kilograms Per Month

Delivery Time
2-5 Days

Main Domestic Market
All India

Low Melt Fiber About

Ending Soon: Capitalise on our exceptional Markdown offers for invincible Low Melt Fiber, engineered for top-notch performance in thermal bonding applications. This bi-component polyester staple fiber boasts impeccable characteristics, including a low melting point (110-120C), high tensile strength (3.0 cN/dtex), and impressive elongation (30%) with minimal moisture content. Odorless and non-toxic, it is washable, soft, and fine, perfectly suited for nonwovens, automotive interiors, padding, and filtration. Delivered baled in PE/PP woven bags, our Low Melt Fiber offers unmatched bonding capability and durability for all-season use.

Advanced Features and Versatile Applications

This Low Melt Fiber delivers a soft, crimped texture and impressive versatility for blending and thermal bonding in nonwovens production. With high tenacity and customizable lengths (32mm, 38mm, 51mm), it's ideal for padding, automotive interiors, filtration, and home textiles. Its impeccable bonding capability and non-toxic composition make it an excellent choice for industries seeking reliable, durable, and easy-to-process materials.

Certifications, Delivery, and Transportation Excellence

Our Low Melt Fiber meets premium quality certifications and ensures trustworthy standards across manufacturing. FOB Port options and flexible delivery timeframes are tailored for seamless transportation and drop-off, enabling clients to receive their materials promptly. Each order is meticulously packed and promptly dispatched from India, adhering to superior handling standards that assure consistent product quality from our facility to your production line.

FAQ's of Low Melt Fiber:

Q: How should Low Melt Fiber be stored and handled for optimal quality?

A: Store the Low Melt Fiber in a cool, dry place, away from direct sunlight. Handle with care to prevent entanglement, ensuring the fibers remain in impeccable condition for processing.

Q: What is the process for using Low Melt Fiber in nonwovens production?

A: Blend the Low Melt Fiber with other fibers and apply heat to activate its low melting point, enabling smooth thermal bonding for strong, durable nonwoven fabrics or composite products.

Q: When is the best time to use Low Melt Fiber for production?

A: Low Melt Fiber is recommended for use throughout all seasons, providing consistent bonding and tenacity for various applications regardless of temperature or humidity.

Q: Where can Low Melt Fiber be applied beyond nonwovens?

A: This fiber is suitable for padding, automotive interior components, filtration, home textiles, and other products requiring strong, washable, non-toxic bonded structures.

Q: What benefit does the bi-component (PET/Co-PET) design offer?

A: The PET/Co-PET bi-component design allows for a low melting point, excellent thermal bonding capability, and enhanced performance in applications that require high bonding strength and uniformity.

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