BZRC663 Laser Marking Masterbatch is added to plastics in a certain proportion for compounding and molding or extrusion.
The laser marking additive acts on the plastic surface, enabling it to mark black patterns or characters.
This product features easy dispersion, high tinting strength and migration resistance.
It is environmentally friendly, non-toxic to humans and harmless to the environment.

BZDM077 is a high-performance lubricant and dispersing agent specifically designed for styrenic polymers. It offers superior dispersion and pre-treatment of fillers, enhancing the dispersion of fillers during polymer processing, improving flowability, and increasing mold release efficiency. BZDM077 is particularly effective in ABS (Acrylonitrile Butadiene Styrene) and HIPS (High Impact Polystyrene) systems.

BZDM035 is a high-performance lubricant and dispersing agent designed for the modification and processing of engineering materials. It incorporates high-polarity groups and structures through advanced chemical synthesis and functional compounding technologies, making it particularly effective for improving the mold release properties of PA (Polyamide) materials.

BZDM033 is a high-performance lubricant and dispersing agent designed for the modification and processing of engineering materials. It incorporates high-polarity groups and structures through advanced chemical synthesis and functional compounding technologies, making it ideal for enhancing the properties of engineering materials.

Odor Adsorbent BZ-OM300 is an excellent additive obtained through optimized raw material ratio and novel processing technology, which can strongly adsorb organic odors and improve material processability.
BZ-OM300 exhibits strong adsorption capacity for volatile organic compounds (VOCs) and harmful gases such as formaldehyde, aromatic hydrocarbons, amines, organic sulfides and organic chlorides. It is non-toxic, non-corrosive, with good thermal stability, excellent rheological and thixotropic properties, as well as good dispersibility and thermal conductivity.