Using PHA as a barrier layer, a recyclable paper-plastic composite solution has been developed with excellent water and oxygen barrier properties, and has been verified through large-scale stable production. The application of PHA coating technology in paper cup manufacturing can greatly reduce the use of traditional plastic.

Soil, water, and marine degradable

100% bio-based;

Excellent water and oxygen barrier properties;

Phamily®-PB1001ST is suitable for straw processing technology, with the organic component being solely PHA. In conjunction with the straw processing solution developed by PhaBuilder, biodegradable straws are prepared through thermoplastic extrusion. This product has excellent heat resistance, toughness, and strength. Additionally, the straws have passed domestic and international food contact compliance standards.

Soil, water, and marine degradable

100% bio-based;

Low carbon and environmentally friendly;

Policy needs;

Using PB2001IM, a PHA injection molding grade material, with PHA as the sole organic polymer, in conjunction with the injection molding processing solution developed by PhaBuilder, it is used for the development of marine degradable injection molded tableware, which has excellent heat resistance, toughness, and strength.

Soil, water, and marine degradable

100% bio-based;

Low carbon and environmentally friendly;

Policy needs;

Made from pure PHA material through the thermoforming process, the cup lid has good moisture and water vapor barrier properties, meeting the shelf life requirements, and can replace traditional plastic disposable cup lids. PHA cup lids can be reused in daily life and can be digested and degraded by microorganisms when discarded into the natural environment.

Soil, water, and marine degradable

100% bio-based;

Low carbon and environmentally friendly;

Policy needs;

Produced through injection molding, the stirring stick made from pure PHA material replaces traditional plastic stirring stick. This truly eliminates consumers' concerns about environmental pollution caused by the use of disposable products.

Soil, water, and marine degradable

100% bio-based;

Low carbon and environmentally friendly;

Policy needs;

Molded through the thermoforming process from pure PHA material, replacing traditional plastic cups. It has excellent moisture barrier properties, meets shelf life requirements, and is cost-effective compared to traditional paper cups.

Soil, water, and marine degradable

100% bio-based;

Low carbon and environmentally friendly;

Policy needs;