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Pebbles do not pursue elaborate artificial carving; instead, they retain the traces shaped by time and natural forces to the greatest extent. Available in diverse colors and complete sizes, pebbles are widely used in landscape and construction fields thanks to their natural properties, water permeability, wear resistance and rich natural charm—such as paving and garden paths, water feature creation, cultural stone and stone cladding, and filter media.

Derived from grinding natural carbonate minerals like calcite, marble, and limestone, Heavy calcium carbonate is a go-to powdered inorganic filler in multiple industries. It delivers core advantages: high chemical purity, strong inertness, chemical reaction resistance, stable thermal performance (no decomposition under 400℃), plus high whiteness, low oil absorption, low refractive index, soft texture, no crystal water, low hardness (minimal abrasion), non-toxicity, odorlessness, and great dispersibility. This makes it widely used in rubber, plastics, paints, water-based coatings, papermaking, concrete, and fireproof ceiling materials.

Specialty natural stone chips specifically formulated for real stone paint applications. Delivers authentic granite and marble visual effects with enhanced durability and weather resistance.

Raw vermiculite is a natural, layered silicate mineral, typically appearing as brownish or golden flakes. It’s lightweight, absorbent, and heat-resistant, widely used in horticulture (soil amendment), construction (insulation), and packaging (cushioning), with good expandability when heated.

Biotite

Particle Size: 3-400mesh

Application: In the architectural coatings industry, stone-like paint and water-based paint are used for decorative purposes.

Yellow vermiculite is primarily sourced from the alteration of biotite or phlogopite mica in igneous and metamorphic rocks. Major deposits exist in South Africa, the US, and China, extracted via mining then processed through heating for expansion.

High-quality kaolin undergoes calcination at high temperatures, leading to a series of physical and chemical transformations. During this process, it becomes dehydrated and crystallized, while volatile substances such as fluorine are removed. After cooling, the resulting calcined kaolin features high silica content, excellent whiteness, strong oil absorption, and high hardness.

This product is widely used across various industries, including ceramics, paper manufacturing, wall and floor tiles, rubber, and industrial coatings.

High-quality kaolin experiences physical and chemical transformations when calcined at high temperatures. It loses components such as fluorine through dehydration and crystallization. Once cooled, it becomes calcined kaolin—characterized by high silicon content, excellent whiteness, strong oil absorption, and great hardness. This material is widely applied in ceramics, papermaking, wall tiles, floor tiles, rubber, chemical coatings, and more.