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Why are raw materials so important?
The quality of the raw materials you use is directly related to the quality of the products you produce! Rare earth materials are not only known as “vitamins for the semiconductor industry“, but they are also used in the production of semiconductors.In different industries, the addition of just a small amount of raw materials can achieve the effect of “industrial vitamins”. Choosing the right raw material, the “right” raw material, will create the desired results, even beyond your expectations.
Why choose HONWAY?
HONWAY owns the extraction production line and adopts the latest production and control equipments both at home and abroad. All raw materials are processed by the most professional, precise and technological technology. Extracted fluorescent materials, energy-saving materials, polishing powders, refractory materials and high-temperature ceramics are also one of the Group’s important production items.
The above products are widely used in modern high-tech and traditional products and other industrial products, such as:
Indispensable raw materials for electronic equipment, computers, electric motors, LCD monitors, digital video CD-ROMs, permanent magnetic materials, magnetic memories, fiber optic communications, mobile phone batteries, precision optical instruments, and environmentally friendly energy-saving products.
Refractory materials are also widely used in:
High-temperature treatment equipment for petrochemical, metallurgy, non-ferrous metals, glass, building materials, fertilizer and cement industries.
In addition to the key production projects, there are also various kinds of chemical raw materials and special chemical raw materials which are developed under the professional system of Foxlink Industry. At present, our products are mainly exported to Europe, America, Japan, Singapore and Korea.
| Rare earths | |||||
| A‧Oxidized | B‧Chlorinated | C‧Anhydrous Chlorinated | D‧Fluoride | E‧Hydroxides | F‧Metals |
| 1.Oxidized Lanthanum | 1.Lanthanum chloride | 1. Lanthanum Chloride Anhydrous | 1.Lanthanum Fluorine | 1.Hydroxide Lanthanum | 1.Metal Lanthanum |
| 2.Cerium Oxide | 2.Chlorinated ceramics | 2.Cerium Chloride Anhydrous | 2.Cerium Fluoride | 2.Cerium hydroxide | 2.Metal Praseodymium |
| 3.Oxidized Praseodymium | 3.Praseodymium chloride | 3.Praseodymium anhydrous chloride | 3.Fluorinated Praseodymium | 3.Praseodymium hydroxide | 3.Metal Neodymium |
| 4.Oxidized Neodymium | 4.Neodymium chloride | 4.Neodymium anhydrous chloride | 4.Fluorinated Neodymium | 4.Hydroxide Neodymium | 4.Metal Samarium |
| 5.Oxidized Yttrium | 5.Chlorinated Yttrium | 5.Europium Chloride Anhydrous | 5.Fluorinated Yttrium | 5.Hydroxide Samarium | 5.Metal Gadolinium |
| 6.Oxidized Samarium | 6.Samarium chloride | 6.Fluoride Samarium | 6.Hydroxide Europium | 6.Metal Terbium | |
| 7.Oxidized Europium | 7.Europium chloride | 7.Fluorinated Terbium | 7.Metal Dysprosium | ||
| 8.Oxidized Terbium | 8.Chlorinated Terbium | 8.Fluorinated Dysprosium | 8.Metal Dysprosium Iron | ||
| 9.Oxidized Dysprosium | 9.Dysprosium chloride | 9.Metal Holmium | |||
| 10.Oxidized Holmium | 10.Chlorinated Holmium | 10.Metal Holmium Iron | |||
| 11.Oxidized Erbium | 11.Chlorinated Erbium | 11.Metal Thulium | |||
| 12.Oxidized Gadolinium | 12.Gadolinium chloride | 12.Metal Ytterbium | |||
| 13.Oxidized Praseodymium Neodymium | 13.Thulium chloride | 13.Metal Yttrium | |||
| 14.Oxidized Thulium | 14.Ytterbium chloride | 14.Metal Lutetium | |||
| 15.Oxidized Ytterbium | 15.Lutetium chloride | ||||
| 16.Oxidized Lutetium | |||||
| 17.Oxidized Scandium | |||||
| G‧Nitrates | H‧Acetates | I‧Oxalates | J‧Carbonates | K‧Sulfates | O‧others |
| 1.Lanthanum nitrate | 1.Lanthanum acetate | 1.Lanthanum oxalate | 1.Lanthanum carbonate | 1.High Cerium Sulfate | 1.silicon carbide |
| 2.Cerium nitrate | 2.Cerium acetate | 2.Cerium oxalate | 2.Cerium carbonate | 2.Aluminum oxide | |
| 3.Praseodymium nitrate | 3.Praseodymium acetate | 3.Praseodymium oxalate | 3.Praseodymium carbonate | 3.Zirconium oxide | |
| 4.Neodymium nitrate | 4.Neodymium acetate | 4.Neodymium oxalate | 4.Neodymium carbonate | 4.Diamond Powder | |
| 5.Samarium nitrate | 5.Samarium acetate | 5.Samarium oxalate | 5.Samarium carbonate | 5,Diamond Plaster | |
| 6.Europium nitrate | 6.Europium acetate | 6.Europium oxalate | 6.Carbonate Praseodymium Neodymium | 6.Diamond Grinding Solution | |
| 7.Gadolinium nitrate | 7.Gadolinium acetate | 7.Gadolinium oxalate | 7.Polycrystalline Diamond Powder | ||
| 8.Terbium nitrate | 8.Terbium acetate | 8.Terbium oxalate | 8.Monocrystalline Diamond Powder | ||
| 9.Dysprosium nitrate | 9.Dysprosium acetate | 9.Dysprosium oxalate | 9.Diamond Powder for Thermal Conductivity | ||
| 10.Holmium nitrate | 10.Yttrium acetate | 10.Oxalate Praseodymium Neodymium | 10.Oxidized Bismuth | ||
| 11.Erbium nitrate | 11.Oxidized Germanium | ||||
| 12.Thulium nitrate | 12.Zirconium oxide | ||||
| 13.Ytterbium nitrate | 13.Diamond Tools | ||||
| 14.Yttrium nitrate | 14.Aluminum oxide | ||||
| 15.Lutetium nitrate | 15.Cerium Oxide Polishing Powder | ||||
| 16.Ammonium Cerium Nitrate | 16.Antimony oxide | ||||
| 17.silicon oxide | |||||
| Remarks: Various purities and specifications can be adjusted according to customers’ requirements. | |||||
