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.