Alumina Trihydrate Ath1000

Aluminium hydroxide industrial grade for water treatment (wet powder) Molecular formula: al(oh)3 Molecular weight: 78.0 Cas no.: 21645-51-2 Hs code: 28183000 Chemical properties: Al(oh)3: 99%min Al3o2: 64.5%min Fe: 0.02%max Sio2: 0.02%max Na2o: 0.30%max Ignition loss: 34.5%min Mositure: 6%max Packing: 1000kg bag/ 50kg bag Quantity/20'fcl: 25mts (non-palletized) Usage: manufacture of aluminum oxide via baking, and is a raw material for the manufacture of aluminum salt, enemels, ceramics, glass appliances, and lubricating agents. Moreover, it is used in the manufacture of various catalyst carrier and pharmaceuticals. Besides, it is applied to rubber, plastics, fire retardants, waterproof fabrics, paper fillers etc. 1000kg bag/ 50kg bag

Aluminium hydroxide for flame retardants filler Cas no.: 21645-51-2 Formula: al(oh)3 Mol wt.: 78 H.S. Code: 2818.30 Synonyms hydrated alumina; alumina hydrate; alumina trihydrate; ath; aluminum hydrate; aluminum trihydrate; alhydrogel; superfos; amphogel; aluminum (iii) hydroxide; amorphous alumina; trihydrated alumina; trihydroxyaluminum; Physical properties : Appearance: white powder Molecular formula: al(oh)3 Molecular weight: 78.0 Cas no.: 21645-51-2 Bulk density(g/cm3):loosed: 1.1 Packed: 1.3 Density(g/cm3): 2.42 Shelf life: longer than 2 years. Chemical properties : Al(oh)3: 99.6% min. Al2o3: 65.1% min. Sio2: 0.03% max. Fe2o3: 0.02% max. Na2o: 0.2% max. L.O.I.: 35% max. Moisture: 0.1% max. Ph: 7.5~10 In 25 kgs bags, 1000kg bags

Aluminium hdyroxide (ath) filler Molecular formula: al(oh)3 Molecular weight: 78.0 Cas no.: 21645-51-2 Hs code: 28183000 Specification: Al(oh)3% 99.6 min Sio2% 0.05 max Fe2o3% 0.02 max Na2o% 0.30 max Packing: 25kg/40kg pp/paper bag Quantity/20'fcl: 25mts (non-palletized) 25kg/40kg pp/paper bag

Normal aluminium hydroxide dry powder 1. Molecular formula: al(oh)3 2. Specification: Al(oh)3: 99%min Al3o2: 64.5%min Fe: 0.02%max Sio2: 0.02%max Na2o: 0.30%max Ignition loss: 34.5%min Mositure: 0.3%max 3. Packing: 1000kg bag/ 50kg bag 4. Quantity/20'fcl: 25mts (non-palletized) Usage: manufacture of aluminum oxide via baking, and is a raw material for the manufacture of aluminum salt, enemels, ceramics, glass appliances, and lubricating agents. Moreover, it is used in the manufacture of various catalyst carrier and pharmaceuticals. Besides, it is applied to rubber, plastics, fire retardants, waterproof fabrics, paper fillers etc. 1000kg bag/ 50kg bag

Application: 1. A kind of special aluminium hydroxide, a white powder, odorless, tasteless, good in dispersity, high whiteness and low iron content, as the execent filler for artificial marble products. With it artifical marble can be made with perfect brightness, smooth surface, good dirt resistance, abrasion resistance, bump resistance and high structural strength, is ideal filler for modern new-types of building materials and artware. 2. Aluminum hydroxide is of high whiteness, moderate hardness, good fluorine retention and compatibleness, strong detergency, stable chemical properties, can be used as toothpaste abradant. 3. Different with many flameproof stuffings, aluminum hydroxide micropowder don't produce toxic and corrosive gas when heated to decompose, moreover, absorb heat and release water vapour to make products resistant to flame and self- extingushing. Therefore, adding this product into plastic, rubber and other high-grade materials can bring products good flame resistance and smoke abatement effect, and improve the resistant to creepage, electric arc and abrasion. 4. After surface modification treatment, aluminum hydroxide micropowder are of narrow particle size distribution, stable performances, better dispersion property, lower water absorption and oil absorption compared with ordinary aluminum hydroxide micropowder, which enable the stuffing to be increased in products, and reduce process viscosity, strengthen affinity, improve flameproof property, improve antioxidation and mechanical performance. They are used as ideal stuffing for plastic, rubber, artificial marble, and widely used in communication, electronic, biochemical, building material and other fields. 25kg/40kg pp/paper bag

PF-MT-68 is a high-tech product independently developed by Zibo Pengfeng. Through more than ten years of revolutionary engineering R&D, one of our advanced multiple performance enhanced Aluminum Hydroxide product has born. PF-MT-68 is a powerful contender for other prestige ATH manufacturers around the globe. After the state of art purification process, our product has low silicon, iron, sodium, organic matter and other impurity content. Using unique seeding preparation and crystal growth process control technology, PF-MT-68 has the features of great particle morphology, better crystal uniformity, concentrated distribution, good dispersity, and good compatibility with polymer. With high thermal stability performance, the product of TGA (heat dehydration temperature) is up to 228 , 10 higher than other standard products. Nevertheless, it also has low oil absorption, low electrolyte, better filling, coating, flame retardancy, and smoke suppressing functions. The final product has excellent corrosion resistance, arc resistance and other properties. PF-MT-68 has been widely used in wire and cable, high-end copper clad plate, rubber and other fields.

Supplier: Aluminum hydroxide, aluminum oxide, alumina trihydrate

Supplier: TIO2 pigment, Barium Sulphate, Aluminum Trihydrate, Aluminum Monohydrate and Calcined Alumina

Flame Retardant Smoke Suppressant In contrast to antimony oxide, which promotes smoke formation, zinc borate reduces smoke emission Synergist with antimony oxide Use in conjunction with antimony oxide to give synergistic effect Synergist with Alumina Trihydrate (ATH) or Magnesium compounds Use in conjunction with alumina trihydrate or magnesium compounds such as magnesium hydroxide and magnesium carbonate to give synergistic effect Acid Suppressant Low HCl/acid value Afterglow Suppressant Char Promoter Form a glassy layer Corrosion Inhibition Used in flame retardant vinyl chloride latex formulations, as an adhesive in bonding fiberglass insulation to aluminum foil Low Tinting Strength Has a refractive index similar to most polymer systems, which results in the retention of considerable translucence, which allows the use of lower pigment loading as compared to antimony oxide Considered Low Toxicity