Self-Owned Mines – Direct from the Source
High-Purity Materials – Reliable Supply
New Technology – Enhanced Efficiency
Professional Service – Quality Guaranteed
Flux-calcined diatomite filter aid is a highly efficient filtration material widely used in food, beverage, pharmaceutical and chemical industries, renowned as a "natural molecular sieve". Produced through high-temperature calcination at 800-1150°C, this flux-calcined diatomite filter aid demonstrates exceptional filtration speed and precision, significantly improving the quality of filtered products.
Calcined Diatomite is produced by high-temperature calcination and modification of natural diatomaceous ore, featuring a porosity exceeding 85%. This material exhibits exceptional adsorption capacity and chemical stability, making it widely applicable for high-efficiency filtration in chemical, environmental protection, and food industries. Its microporous structure can precisely retain impurities ranging from 0.2-30μm, significantly improving liquid purity. Additionally, it demonstrates excellent acid/alkali corrosion resistance with no leaching risks, fully complying with industrial-grade safety standards.
Flux-calcined Diatomite Filler represents a crucial component in diatomite applications. This environmentally friendly functional filler is produced from high-purity diatomaceous earth through specialized flux-calcination technology. Its uniquely optimized microporous structure, enhanced by high-temperature processing, exhibits large specific surface area, superior adsorption capacity, and excellent chemical stability - making it ideal for paints, coatings, film printing materials, plastics, and rubber applications.Through precisely controlled calcination, our product achieves both increased porosity and mechanical strength while preserving the natural eco-friendly properties of diatomite. As a high-efficiency porous medium, this flux-calcined diatomite filler eliminates secondary pollution risks, simultaneously helping enterprises reduce costs, improve efficiency, and meet sustainable development objectives.
Calcined Diatomite Filler is a functional inorganic filler produced from natural diatomaceous earth through high-temperature calcination and graded modification. After calcination above 1200°C, it forms a stable porous structure with a specific surface area of 50-150 m²/g, combining high adsorption capacity with chemical inertness, making it ideal for coatings, environmental materials, and refractory products.This calcined diatomite filler significantly enhances the thermal stability and mechanical strength of composite materials, reducing substrate shrinkage by over 30% in high-temperature applications while improving dispersibility and processing efficiency. As an eco-friendly filler, its non-polluting and low-density characteristics can reduce raw material usage by approximately 15%-20%, helping industrial products achieve both high performance and energy-saving benefits.
Natural Diatomite is an environmentally friendly material produced from ancient diatom fossil deposits through physical purification and graded screening. Its unique microporous structure (specific surface area: 50-200 m²/g) provides exceptional adsorption capacity, thermal insulation, and chemical inertness, making it widely applicable in environmental filtration, construction additives, and agricultural carriers.As a purely natural material, natural diatomite contains no heavy metals or organic pollutants, complying with green production standards. It can replace certain synthetic fillers, reducing raw material costs by 15%-25%. With low density and high porosity, it improves processing fluidity and reduces energy consumption, helping industrial sectors achieve both high performance and sustainable development goals.
Diatomite Granules are porous functional granular materials produced from natural diatomaceous earth through crushing, screening, and low-temperature activation processes. Featuring uniform particle size (0.2-5mm), over 80% porosity, and a specific surface area of 150-300 m²/g, they combine high adsorption efficiency with excellent physical stability, enabling precise humidity control, impurity filtration, and active component loading.As an eco-friendly diatomite granular product, it is non-toxic, harmless, and heat-resistant, suitable for agricultural carriers, industrial filtration, and household dehumidification applications. Compared with traditional adsorbents, it demonstrates 2-3 times longer sustained effectiveness while reducing overall costs by 15%-20%. Widely applied in soil improvement and water purification fields, it contributes to green production and efficient resource utilization.
Activated Clay is a highly efficient and environmentally friendly adsorption material produced through acid activation treatment of natural bentonite. Characterized by its high specific surface area and well-developed microporous structure, it demonstrates exceptional adsorption capacity for effectively removing pigments, impurities, and harmful substances from oils, petroleum products, and other liquids.Widely applied in edible oil decolorization, lubricant regeneration, and industrial wastewater purification, activated clay maintains stable performance during decolorization processes, significantly improving product purity while preserving the original properties of treated media. Our product undergoes strict quality control to meet both food-grade and industrial standards, ensuring non-toxicity and easy recyclability.We provide customized solutions with various particle sizes and activity levels to help clients achieve cost reduction and efficiency improvement. Choosing activated clay means opting for a safe and reliable adsorption solution.
Diatomite, renowned as nature's molecular sieve, is widely applied across food & beverage, pharmaceutical, and chemical industries. Our company utilizes an innovative low-temperature water-washing purification process that yields products with lighter density for more economical end-use, superior whiteness, and enhanced filling performance.
Research on the Application of Diatomite Filter Aid in Edible Oil Refining Processes Diatomite filter aid, as a natural inorganic filtration medium, plays an indispensable role in edible oil refining. This material is processed from ancient diatom fossils through crushing, grading, calcination, and other techniques, exhibiting unique physicochemical properties: a highly porous structure (porosity: 80–93%), large specific surface area (15–40 m²/g), strong chemical inertness, and excellent thermal stability.In the edible oil industry, diatomite filter aid is primarily used in critical refining stages, including degumming, post-decolorization filtration, and final oil polishing. It effectively removes impurities such as phospholipids, soapstock, and residual bleaching clay particles, significantly improving oil clarity and oxidative stability.
Key Applications and Technical Analysis of Diatomite Filter Aid in the Sugar Industry Diatomite filter aid, a porous filtration medium processed from natural fossilized diatoms, plays an indispensable role in modern sugar production. Characterized by unique physicochemical properties—including high porosity (80–90%), substantial specific surface area (20–50 m²/g), and exceptional thermal/chemical stability—it is ideally suited for efficient clarification of sugar liquors.In sugar refining processes, diatomite filter aid is primarily employed in juice clarification and decolorization stages. It effectively removes suspended particles, colloidal substances, pigments, and certain non-sugar impurities, significantly enhancing the purity and sensory quality of refined white sugar.
Critical Application Analysis of Diatomite Filter Aids in the Beer and Beverage Industry Diatomite filter aid, a porous filtration medium processed from natural fossilized diatoms, plays an indispensable role in the beer and beverage sector. This filter material exhibits unique physical characteristics, including high porosity (typically 80-90%), large specific surface area (approximately 20-50 m²/g), and excellent chemical stability.In the food industry, particularly in beer and beverage production, diatomite filter aid has become the material of choice for achieving high-efficiency clarification filtration. Its superior filtration performance effectively removes suspended particles such as yeast cells, protein aggregates, and polyphenol complexes from alcoholic beverages.
Diatomite flocculants are special filtering materials made from ancient diatom sedimentary rocks. These materials go through processes like crushing, sorting, and heating to become porous inorganic filters that play a key role in chemical production. Their physical structure is pretty unique: they have a pore volume of 80-93%, a specific surface area of 15-40 m²/g, and pore sizes ranging from 0.1 to 20 μm. Chemically, they’re tough—they can handle acids and bases (stable between pH 2-11), withstand high temperatures (up to 800°C), and don’t react much with other chemicals. All these features make them perfect for filtering really hot or corrosive stuff in chemical plants. In the chemical process, they work in three main ways: by mechanically blocking particles that are too big to fit through the channels, by capturing tiny particles as they wind their way through the material, and by sticking impurities to active spots on their surface, like silanol groups. Compared to older filtering methods, diatomite flocculants do a better job—filtering more precisely (down to 0.1 μm), working faster (3-5 times quicker than regular filter cloth), and playing nicely with all kinds of chemicals. According to the International Chemical Industry Association, using these flocculants can boost filtration efficiency by 40-60% and cut energy use by over 30%.
Diatomite filler is a multifunctional inorganic filler processed from natural diatom fossils. It features a unique micro-porous structure, high specific surface area, and excellent chemical stability. In the paint and coating industry, diatomite filler has attracted extensive attention due to its special physical and chemical properties and is widely used to improve the optical performance, rheological properties, and durability of coatings. This article systematically explores the mechanism of action, application advantages, and future development trends of diatomite filler in coating systems.
Diatomite filler, a multifunctional inorganic material derived from finely processed fossilized diatoms, possesses unique microporous structures, high specific surface area (20-100 m²/g), and excellent biocompatibility. In the cosmetics industry, diatomite has gained significant attention for its ability to enhance texture, stability, and efficacy of cosmetic formulations. This paper systematically examines the mechanisms, advantages, and future trends of diatomite fillers in cosmetic applications.
Diatomite filler is a natural porous mineral material primarily composed of fossilized diatom remains. Characterized by its unique microstructure, high specific surface area, and exceptional adsorption properties, it is widely used in the rubber and plastics industry due to its lightweight nature, high porosity, chemical stability, and environmental friendliness. Below is a detailed exploration of its applications across multiple dimensions.
The Application of Diatomite Fillers in Dental Impression Materials Description
Analysis of the Characteristics and Feasibility of Diatomite Carriers for the Feed Industry As a natural inorganic porous material, diatomite carriers play an increasingly important role in modern feed industry. Formed by the deposition of ancient diatom fossils, these carriers mainly consist of amorphous silica (with a SiO₂ content of 83-92%), possessing unique physical and chemical properties: high porosity (60-85%), large specific surface area (15-50m²/g), suitable adsorption capacity (0.5-1.2mL/g), and excellent chemical stability. These characteristics of diatomite carriers make them ideal carriers and functional matrices for feed additives and premixes.
Analysis of the Characteristics and Compatibility of Diatomite Supports with Cementing Engineering As a natural nano-porous siliceous material, diatomite supports play an increasingly important role in modern oilfield cementing engineering. This special carrier, formed by the deposition of ancient diatom fossils, mainly consists of amorphous silica (with a SiO₂ content of 85-94%), and has a unique combination of physical and chemical properties: high porosity (60-90%), large specific surface area (20-70m²/g), low density (0.15-0.5g/cm³), and excellent chemical inertness. These properties of diatomite supports make them ideal functional additives and performance regulators for cementing slurry systems.
Analysis of the Characteristics of Diatomite Supports and Their Compatibility with the Catalyst Industry Diatomite supports, as a natural porous siliceous material, hold a significant position in the catalyst industry. This special support, formed by the deposition of ancient diatom fossils, mainly consists of amorphous silica (with a SiO₂ content of 85-94%), featuring a unique combination of physical and chemical properties: high porosity (60-90%), large specific surface area (20-70 m²/g), suitable pore size distribution (5-100 nm), and excellent chemical and thermal stability (with a maximum temperature resistance of 1000°C). These characteristics of diatomite supports make them ideal carrier materials for various catalytic reactions.
Siliceous soil supports, as a natural siliceous porous material, demonstrate unique application value in the special cement sector. This material, formed by the deposition of ancient diatom fossils, mainly consists of amorphous SiO₂ (with a content of 83-91%), and possesses the following outstanding characteristics:
We specialize in delivering fully customized diatomite solutions meticulously tailored to your specific equipment configurations, process parameters, production efficiency targets, and energy consumption requirements – ensuring optimal performance and cost-effectiveness for your operations.
For a decade, we have dedicated ourselves solely to diatomite—specializing in R&D, production, and sales. As a vertically integrated source manufacturer with our own mines, we guarantee high-purity raw materials and stable supply. Based in Qingdao, we serve global markets with unwavering commitment to quality.
New process, new filter aid, lower density, more reasonable particle size distribution, higher filtration speed,extend the filtration cycle by more than 20%, save 20% to use, less adsorption of finished products by more than 20%.
New technology, new filler, higher whiteness, lower vortex value, more uniform particle size, ultra-low density, larger volume, is your alternative to imported high-end diatomaceous earth filler choice.
More than 20+ after-sales service team, 30 minutes quick response. Provide the whole process use technology, provide on-site solutions within 36 hours.
More than 1000+ customer service experience to ensure that the selected product model meets the real needs of customers. More than 50+ logistics line enterprises establish cooperation to ensure delivery within 48 hours within 500 kilometers of the distribution center.
Company Profile
Qingdao Shengtai Industry Co., Ltd. is located in the coastal city of China - Qingdao, is a collection of diatomaceous earth raw ore mining, raw processing, finished product production, new product development and manufacturing in one of the modern enterprises, deep cultivation of diatomaceous earth industry for more than 20 years, with the diatomaceous earth industry chain research and development and production experience, with nearly 30 provinces and cities in China and Southeast Asia, Latin America, Africa, many companies in Eastern Europe and other countries have established long-term and stable cooperative relations!
Worldwide Collaborative Partnerships
Quality, Environment, Health
Learn about our latest company news and get the latest product information
Recently, Qingdao Shengtai Industry Co., Ltd. welcomed a significant delegation of clients from Uzbekistan. The two parties engaged in in-depth exchanges and discussions regarding cooperation in the field of diatomite filter aids. This visit has further strengthened communication and trust between the two sides, laying a solid foundation for future collaboration.
The Asia International Craft Beer Conference & Exhibition, the most influential craft beer industry event in Asia, was grandly held in Shanghai. The event aimed to provide a platform for global craft beer brands, distributors, and enthusiasts to exchange ideas and collaborate. The exhibition featured product displays, industry forums, tasting sessions, and business negotiations, all dedicated to promoting the globalization of the craft beer industry.
The industrial filler of diatomaceous earth is used in the pesticide industry: wet-based powder, dry land herbicide, paddy field herbicide and various biological pesticides. pH value neutral, non-toxic, good suspension performance, strong adsorption performance, light bulk weight, oil absorption rate of 115%, fineness in 325 mesh to 500 mesh, good mixing uniformity, will not block the agricultural machinery pipeline, in the soil can play a moisturizing, loose soil, prolong the efficacy of fertilizer time, promote crop growth effect. Compound fertilizer industry: fruit wood, vegetables, flowers and other crops of compound fertilizer. Application of diatomaceous earth advantages: strong adsorption performance, light bulk weight, uniform fineness, pH neutral non-toxic, good mixing uniformity. Diatomaceous earth can become an efficient fertilizer, promote crop growth, improve soil and other aspects of the role. Rubber industry: vehicle tires, rubber tubes, triangle belts, rubber rolling, conveyor belts, car footpads and other rubber products in the filler. Application of diatomite advantages: can significantly enhance the rigidity and strength of the product, the settlement volume of 95%, and can improve the product heat resistance, wear resistance, heat preservation, anti-aging and other chemical properties. Building insulation industry: roof insulation layer, insulation bricks, calcium silicate insulation materials, porous coal cracker, insulation insulation fire decorative board and other insulation, insulation, insulation building materials, wall insulation decorative board, floor tiles, ceramic products, etc.;
Currently, the main areas of consumption of diatomites in the world are filters, synthetic fillers and insulation materials. The United States, the former Soviet union, France, Denmark and Germany are the main consumption countries of diatomites.The United States consumed 525, 000 tonnes in 1995, its consumption comprised of filters of 73 %, 14 % stuffing and 13% others. Currently, the consumption of diatomates in Western Europe is about 650,000 tons per year, with aid of 55% and industrial packing of 45%.