100% biodegradable powders can be an interesting alternative to synthetic fillers such as liquid plastics, silica, wax or other micro-granules.
Fillers are useful to increase the volume of a material and/or to add weight or mass to products such as glues, paints, inks or resins. This can help you obtain a significant price advantage.
Binders facilitate cohesion of components in a material with the goal of improving its texture, hardness or specific properties.
Our fruit stone powders have been tested across various filling and binding applications. They have proven to be particularly effective at:
Fruit stone powders are very versatile as binders and fillers and can be used in a wide range of applications from ceramic to paints, varnishes, glues or inks.
For manufacturers of epoxy resins looking to replace conventional additives with green alternatives, fruit stone/shell powders and shell can be the ideal solution. Besides, bio-based filler materials have proven to be effective performance enhancers of compression molding or cast resins. Increased material safety and simplified disposal (recycling) are other advantages over synthetic fillers.
Various tests have demonstrated the capacity of our fruit stone powders to enhance porosity in ceramics. Highly porous ceramic products can then be utilized for filtration, separation, purification and diffusion, allowing the free flow of liquid or gas. By integrating our fruit stone powders in your ceramics, you will be able to replace metal, plastic, or fibre-based components, providing higher levels of performance and increasing the lifespan of your product.
Fruit stone powders are environmentally friendly, renewable binding agents and additives for paints, coatings and adhesives. They are inodorous fillers of a light colour and with binding capacities for pigments or perfumes. Due to their hydrophilic character, they are especially suitable for use in solvent-free, viscous / semi-liquid (adhesive) products.
An increasing number of paint and varnish manufacturers have opted for natural ingredients to develop new formulas with fully biodegradable binding agents.