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Eco-Advancements in Hot Melt Technology

2022-07-22

Breakthrough: The Rise of Biodegradable HMAs
The first commercially viable biodegradable HMAs decompose within 180 days in composting facilities. Certified by BPI (Biodegradable Products Institute), they:

Use bio-polymers (e.g., PLA, PBS): Sourced from corn starch or sugarcane.
Maintain performance: Match conventional HMAs in adhesion strength (≥8 N/cm) and heat resistance (up to 100°C).
Applications include food packaging, disposable tableware, and compostable labels.

Low-VOC and Odorless Formulas for Sensitive Environments
New HMA grades eliminate irritants for consumer-facing applications:

Medical-grade HMAs: Pass ISO 10993 biocompatibility tests for wound dressings and wearable sensors.
Indoor-safe HMAs: Used in furniture and toys, emitting <10μg/m³ VOCs—far below EU Indoor Air Standards.
These leverage purified polymers and non-toxic tackifiers (e.g., hydrogenated rosins).

Energy Efficiency: Cold-Apply HMAs Cut Carbon Footprints
Cold-applied HMAs activate at 50–70°C (vs. standard 120–180°C), reducing energy consumption by 40%. Benefits include:

No heating equipment: Simplifies production lines.
Compatibility with heat-sensitive substrates: E.g., thin films and biodegradable plastics.

Blog Details

Home Blog

Eco-Advancements in Hot Melt Technology

Use bio-polymers (e.g., PLA, PBS): Sourced from corn starch or sugarcane.
Maintain performance: Match conventional HMAs in adhesion strength (≥8 N/cm) and heat resistance (up to 100°C).
Applications include food packaging, disposable tableware, and compostable labels.

Low-VOC and Odorless Formulas for Sensitive Environments
New HMA grades eliminate irritants for consumer-facing applications:

Medical-grade HMAs: Pass ISO 10993 biocompatibility tests for wound dressings and wearable sensors.
Indoor-safe HMAs: Used in furniture and toys, emitting <10μg/m³ VOCs—far below EU Indoor Air Standards.
These leverage purified polymers and non-toxic tackifiers (e.g., hydrogenated rosins).

Energy Efficiency: Cold-Apply HMAs Cut Carbon Footprints
Cold-applied HMAs activate at 50–70°C (vs. standard 120–180°C), reducing energy consumption by 40%. Benefits include:

No heating equipment: Simplifies production lines.
Compatibility with heat-sensitive substrates: E.g., thin films and biodegradable plastics.

PUR Hot Melt Glue

EVA Hot Melt Glue

PSA Hot Melt Adhesive

PUD Polyurethane Dispersion

Polyolefin Hot Melt Adhesive

Woodworking Hot Melt Adhesive

Packaging Hot Melt Adhesive

Hygiene Adhesive

Bookbinding Hot Melt Adhesive

Hot Melt Glue For Electronics

Medical Hot Melt Adhesive

Air Filter Glue

Heat Glue For Fabric

PUR Hot Melt Glue

EVA Hot Melt Glue

PSA Hot Melt Adhesive

PUD Polyurethane Dispersion

Polyolefin Hot Melt Adhesive

Woodworking Hot Melt Adhesive

Packaging Hot Melt Adhesive

Hygiene Adhesive

Bookbinding Hot Melt Adhesive

Hot Melt Glue For Electronics

Medical Hot Melt Adhesive

Air Filter Glue

Heat Glue For Fabric

Blog Details

Eco-Advancements in Hot Melt Technology

Eco-Advancements in Hot Melt Technology

Eco-Advancements in Hot Melt Technology

Eco-Advancements in Hot Melt Technology