I. CHẤT CHỐNG ĐÓNG VÓN Chuyên dụng trong sản xuất phân bón DAP, NPK, Urea.Thông tin về sản phẩm:- Hiệu quả cao trong chống vón cục, tăng cường độ bóng hạt, tăng hiệu quả tạo màu của hạt phân NPK, DAP.- Nguyên liệu sản xuất có nguồn gốc tự nhiên, thân thiện môi trường, không mùi, không chất chống oxi hoá.- Sản phẩm dạng mỡ sệt, thuận tiện dễ sử dụng.- Sản xuất trên dây chuyền công nghệ hiện đại, quy trình quản lý chất lượng ISO 9001- 2015, đảm bảo chất lượng sản phẩm ổn định.- Sản phẩm đã được nhiều đơn vị sản xuất phân bón tin dùng và đánh giá cao hiệu quả.Các dòng sản phẩm: - Pangolin S : Sản phẩm cao cấp cho chống đóng vón và độ bóng hạt cao, phù hợp các dây chuyền sản xuất hiện đại.- Pangolin E : Sản phẩm chống đóng vón và tạo độ bóng tốt, phù hợp với các dây chuyền sản xuất nhỏ.II. CHẤT TẠO MÀUChất tạo màu gốc hữu cơ kết hợp với các chất dẫn, chống hút ẩm, chống vón cục cho sản phẩm Ure. Thông tin về sản phẩm:- Độ bền màu cao, không bị bay màu, phai màu, màu sắc đẹp.- Khả năng bao phủ màu rất tốt.- Tăng hiệu quả khi sử dụng cùng với chất chống đóng vón Pangolin.- Không bị dính màu ra tay, ra bao bì khi sử dụng, đóng gói.- Sản phẩm được sản xuất trên dây truyền thiết bị hiện đại, quy trình kiểm soát chất lượng chặt chẽ, đạt tiêu chuẩn ISO 9001- 2015.

What is activated carbon?Activated carbon is a porous material that removes organic compounds from liquids and gases by a process known as “adsorption.” In adsorption, organic molecules contained in a liquid or gas are attracted and bound to the surface of the pores of the activated carbon as the liquid or gas is passed through.During adsorption, liquids or gases pass through a bed or layer of highly porous material called the adsorbent. The compound or compounds to be removed, termed the adsorbate(s), diffuse to the surface of the adsorbent and are retained because of weak attractive forces. Adsorption occurs on the internal surfaces of the materials.The primary raw material used in the production of our activated carbons is bituminous coal that is crushed, sized and processed in low temperature bakers followed by high-temperature furnaces. This heating process is known as activation, and develops the pore structure of the carbon. Through adjustments in the activation process, pores of the required size for a particular purification application are developed.Calgon Carbon is an acknowledged leader – nearly 75 years in production - in the activated carbon industry, including reactivation with complementary expertise in ultraviolet disinfection and oxidation, ion exchange technology, ballast water treatment, and liquid- and vapor-phase systems. * Applications and Product:1) Granular Activated Carbon (GAC)Today, more than 70 years after its founding, remains on the cutting edge of innovation, offering an exceptional range of granulated activated carbon applications and reactivated carbon formulations engineered specifically for the purification of water, air, liquids and gases. Calgon Carbon is proud to provide products that help make pure water and clean air for a better world.Granular activated carbon is defined as the activated carbon being retained on a 50-mesh sieve. Calgon Carbon produces GACs with a variety of materials, methods and degrees of activation to produce activated carbons designed to meet and exceed the demands of a wide array of applications.From water treatment to gas phase applications, and from the purification of other aqueous and organic liquids to the treatment of cane sugar liquors and much more — Calgon Carbon offers a wide array of custom-engineered granular activated carbons for a broad range of manufacturing process and environmental applications. 2) Powdered Activated CarbonCalgon Carbon brings more than 70 years of experience in producing powdered activated carbons (PAC) specifically engineered to meet the demands of individual industrial applications. Today, Calgon Carbon is still leading the way, offering an exceptional range of powdered activated carbons that help make pure water and clean air for a better world.From residential and municipal water treatment to pharmaceutical product purification, and from food and beverage decolorization to energy storage, and much more — Calgon Carbon delivers a wide array of custom-engineered powdered activated carbons to better meet your needs. 3) PELLETIZED ACTIVATED CARBONPellets are activated carbon compressed into formed cylinders, and have a wide variety of uses removing contaminants such as volatile organic compounds (VOC’s) and mercury from natural gas as well as controlling odor.

* Specifications:Methanol Purity99.99%AcetoneLess than 30 ppmAcidity (as Acetic Acid)Less than 0.003 wt %Ethanol ContentLess than 0.001 wt %Water contentLess than 0.05 wt %Sp. Gravity @ 20oC0.7926Chloride (as Cl)Less than 0.50 ppmIron (as Fe)Less than 0.10 ppmSulphur (as SO4)Less than 0.50 ppmAppearanceFree of opalescence, susspended matter and sediment * Applications:1) ChemicalMethanol is a key component of hundreds of chemicals that are integral parts of our daily lives. Methanol occupies a key position in the chemical industry, as a highly versatile building block for the manufacture of countless everyday products. The largest scale applications in terms of volume are processing into formaldehyde, which is further treated to form resins, glues and various plastics, and for the production of acetic acid which is essentially used for the production of polyester fibers and PET plastics. Methanol has been one of the world’s most widely used industrial chemicals since the 1800s.2) EnergyIncreasingly, methanol is being employed around the globe in a number of innovative applications to meet our growing demand for energy. Methanol is a clean energy option that can be produced from natural gas, coal and a number of renewable resources including biomass, landfill gas and power plant or industrial emissions.Energy options: Automotive Fuel, Marine Fuel, DME, Bio Diesel, Fuel Cells, Electricity. 3) Wastewater treatment Methanol plays a crucial role in reducing environmentally-damaging effluent that is discharged by wastewater treatment facilities across the globe. Through a process known as “denitrification”, water treatment facilities convert the excess nitrate into nitrogen gas which is then vented into the atmosphere, thus eliminating its ability to cause algal bloom in watersheds and block oxygen and sunlight from reaching marine life below the surface. Methanol is the most common organic compound used in denitrification, accelerating the activity of anerobic bacteria that break down harmful nitrate.* Origin: South East Asia.

* Specifications:Formaldehyde60% ± 0.5% by wt.Urea25% ± 0.5% by wt.Methanol0.21% maxViscosity300 - 500 cpspH7 - 8Sp. Gravity1.320 @ 25oC * Packing:ISO tanks, IBC tanks.* Applications:- Conditioning/ Anti-Caking Agent for Urea fertilizer- Spray Coating Agent for Urea fertilizer- UF Glue/ Adhessives* Origin:OmanVietnam (Phu My Fertilizer Plant).  Aqueous Formaldehyde (AF-37)* Specifications:Formaldehyde Content (HCHO)37+/- 0.50% (By weight)Methanol content2 - 7 +/- 0.50% max. (By weight)PH @ 25°C2.5 -3.0Density at 25°C1.09 +/- 0.02 grams/ccColour APHA10 max.Formic acid500 ppm max.AppearanceWater clear * PackagingISO tanks, IBC, Drums, Canisters * Applications:Basic chemical for synthetic resins / molding compoundsEmbalming fluidsFoundry mouldsFumigant for poultry farmsInorganic synthesisIntermediate chemical for oil field formulationsLamination, Insulation, Fiberglass industriesLeather and fur industriesMetal working industriesOrganic dyestuffPaper processingPharmaceuticals, PreservativesPhotographic chemicalsRubber, Sugar, Textile industriesSoil disinfection chemicalsWater treatment industry* Origin: Oman