Why are raw materials so important?
The selection shapes the outcome. The quality of the raw materials you use directly affects the quality of the resulting products! Rare earth materials are not only known as the “vitamins of the semiconductor industry,” but with just a small amount added, they achieve the effect of “industrial vitamins” in different sectors. Choosing the right raw materials is key to creating the desired results, or even surpassing them.
Why choose HONWAY?
Honway Materials has extraction production lines and uses the latest domestic and international technology in its production and control equipment. All raw materials are handled with the most professional, precise, and technologically advanced methods. From the source to the analysis, Hongwei specializes in extracting fluorescent materials, energy-saving materials, polishing powder, refractory materials, and high-temperature ceramics—these are key production items for the group.
The below products are widely used in various industrial products, including modern high-tech and traditional products, such as:
Electronic equipment, computers, motor drives, LCD screens, digital audio-visual discs, permanent magnetic materials, magnetic memory, fiber optic communications, mobile phone batteries, precision optical instruments, and energy-saving environmental products—all of these are essential raw materials.
In addition, refractory materials are widely used in:
Petrochemicals, metallurgy, non-ferrous metals, glass, construction materials, fertilizers, and cement for industrial high-temperature processing equipment.
Apart from the core production items, various chemical raw materials and special chemical materials are also developed under Hongwei Industrial’s professional system. Currently, products are mainly exported to Europe, the United States, Japan, Singapore, and South Korea.
| Rare Earth | |||||
| A‧ Oxide | B‧ Chloride | C‧ Anhydrous Chloride | D‧ Fluoride | E‧ Hydroxide | F‧ Metals |
| 1. Lanthanum oxide | 1. Lanthanum chloride | 1. Lanthanum chloride anhydrous | 1. Lanthanum fluoride | 1. Lanthanum hydroxide | 1. Lanthanum metal |
| 2. Cerium Oxide | 2. Cerium chloride | 2. Cerium anhydrous chloride | 2. Cerium fluoride | 2. Cerium hydroxide | 2. Praseodymium metal |
| 3. Praseodymium oxide | 3. Praseodymium chloride | 3. Praseodymium anhydrous chloride | 3. Praseodymium fluoride | 3. Praseodymium hydroxide | 3. Neodymium metal |
| 4. Neodymium oxide | 4. Neodymium chloride | 4. Neodymium anhydrous chloride | 4. Neodymium fluoride | 4. Neodymium hydroxide | 4.Metal Samarium |
| 5. Yttrium oxide | 5. Yttrium chloride | 5. Europium anhydrous chloride | 5. Yttrium fluoride | 5. Samarium hydroxide | 5. Gadolinium metal |
| 6. Samarium oxide | 6.Samarium chloride | 6. Samarium fluoride | 6. Europium hydroxide | 6. Terbium metal | |
| 7. Europium oxide | 7. Europium chloride | 7. Terbium fluoride | 7. Dysprosium metal | ||
| 8. Terbium oxide | 8. Terbium chloride | 8. Dysprosium fluoride | 8. Dysprosium iron metal | ||
| 9. Dysprosium oxide | 9. Dysprosium chloride | 9. Holmium metal | |||
| 10. Holmium oxide | 10. Holmium chloride | 10. Holmium iron metal | |||
| 11. Erbium oxide | 11. Erbium chloride | 11. Thulium metal | |||
| 12. Gadolinium oxide | 12.Gadolinium chloride | 12. Ytterbium metal | |||
| 13. Praseodymium Neodymium oxide | 13.Thulium chloride | 13. Yttrium metal | |||
| 14. Thulium oxide | 14.Ytterbium chloride | 14. Lutetium metal | |||
| 15. Ytterbium oxide | 15.Lutetium chloride | ||||
| 16. Lutetium oxide | |||||
| 17. Scandium oxide | |||||
| G‧ Nitric acid | H‧ Acetic Acid | I‧ Oxalic acid | J‧ Carbonic acid | K‧ Sulfuric acid | O‧ Others |
| 1.Lanthanum nitrate | 1.Lanthanum acetate | 1.Lanthanum oxalate | 1.Lanthanum carbonate | 1.Cerium octoate | 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 Compound | |
| 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. | |||||
