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| Main Class | Subclass | No. | Type | Characteristics and Representative Uses |
1. Titanium industry products | Anatase Nano-Titania | 1 | JWN-TO-A01 | Monodisperse, particle size 3~5nm, excellent activity, used in high-end photocatalyst technology products |
| 2 | JWN-TO-A10 | Monodisperse, particle size 10nm, high activity, used in mid-range photocatalyst products | ||
| 3 | JWN-TO-A30 | Monodisperse, particle size 30nm, good activity, used for activated carbon, diatomaceous earth, etc. | ||
| 4 | JWN-TO-A50 | Particle size is about 50 nm, monodisperse, average activity, used in ordinary photocatalyst products | ||
| Mixed crystal Nano-Titania | 5 | JWN-TO-AR25 | The particle size is about 25nm and the specific surface area is about 50 m2/g. It is used in catalysis and photocatalysis and UV shielding materials | |
| Rutile Nano-titania | 6 | JWN-TO-R15 | Particle size is about 15 nm, monodisperse, uniform particle size, used in high-end cosmetics | |
| 7 | JWN-TO-R30 | Particle size is about 30 nm, monodisperse, uniform particle size, used in high-end coatings | ||
| 8 | JWN-TO-R50 | Particle size is about 50 nm, monodisperse, uniform particle size, used in high-end pigments, inks, etc. | ||
| High-purity Nano-titania | 9 | JWN-TO-3N01 | Purity 99.9%, primary particle size is nanoscale, used in high-end MLCC and other electronic basic raw materials | |
| 10 | JWN-TO-3N02 | Purity 99.9%, primary particle size is nanoscale, used in high-end MLCC and other electronic basic raw materials | ||
| 11 | JWN-TO-3N03 | Purity 99.9%, primary particle size is nanoscale, used in high-end MLCC and other electronic basic raw materials | ||
| 12 | JWN-TO-3N04 | Purity 99.9%, primary particle size is nanoscale, used in high-end MLCC and other electronic basic raw materials | ||
| Whitening Titanium Dioxide | 13 | JWN-TO-AL100SA | The product is suitable for whitening face cream, whitening body lotion, BB cream, moisturizing body lotion (cream), morning and night cream, etc. The product does not contain irritating substances and is suitable for all skin types | |
| 14 | JWN-TO-AL100TS | |||
| 15 | JWN-TO-AL250 | |||
| 16 | JWN-TO-AL250SA | |||
| 17 | JWN-TO-AL250TS | |||
| Sunscreen Titanium Dioxide | 18 | JWN-TO-AL15 | The product is suitable for all kinds of sunscreen, sunscreen water, sunscreen lotion, sunscreen milk, facial cleanser, lotion, foundation cream, pressed powder, lipstick, etc. The product does not contain irritating substances and is suitable for all skin types | |
| 19 | JWN-TO-AL15Si | |||
| 20 | JWN-TO-AL15SA | |||
| 21 | JWN-TO-AL15TS | |||
| 22 | JWN-TO-AL30 | |||
| 23 | JWN-TO-AL30Si | |||
| 24 | JWN-TO-AL30SA | |||
| 25 | JWN-TO-AL30TS | |||
| 26 | JWN-TO-SI30MS | |||
| 27 | JWN-TO-AL50 | |||
| 28 | JWN-TO-AL50Si | |||
| 29 | JWN-TO-AL50SA | |||
| 30 | JWN-TO-AL50TS | |||
2. Aluminum industry products | Special alumina | 31 | JWN-AO-NH01 | Refractory special alumina, used for various types of refractory Material |
| 32 | JWN-AO-PG01 | Special aluminum oxide for polishing and grinding, used for grinding and polishing of metal, stone, optical glass, etc. | ||
| 33 | JWN-AO-DR01 | Special thermal conductivity (spherical) alumina, used in high thermal conductivity gels and gaskets, electronic packaging and other industries | ||
High purity alumina | 34 | JWN-AO-3N-a20 | Purity 99.9%, alpha phase, used in ceramic materials, phosphors | |
| 35 | JWN-AO-4N-a30 | Purity 99.99%, alpha phase, used in new energy batteries, advanced ceramics, sapphire, phosphors and other fields | ||
| 36 | JWN-AO-4N-a04 | |||
| 37 | JWN-AO-4N-g20 | Purity 99.99%, γ phase, used in new energy batteries, advanced ceramics, sapphire, phosphors and other fields | ||
| 38 | JWN-AO-4N-g2 | |||
| 39 | JWN-AO-4.5N-a30 | Purity 99.995%, alpha phase, used in high-end ceramic materials, phosphors | ||
| Gas phase combustion | 40 | JWN-AO-GC100 | Gas phase nano-alumina, used in coatings, catalysts, lighting, paper coatings, ceramics, lithium batteries and other fields | |
High Purity Aluminum Hydroxide | 41 | JWN-AOH-3N01 | High-purity aluminum hydroxide, used in high-purity alumina, functional ceramics, advanced papermaking fillers and other fields | |
| Aluminum Hydroxide Powder | 42 | JWN-AOH-2N01 | Aluminum hydroxide fine powder (1μm) is widely used in flame retardant fillers, low-smoke halogen-free cables, silicone rubber, lithium battery separators, foam insulation materials, papermaking fillers, thermoplastic PVC and other fields | |
| 43 | JWN-AOH-2N02 | |||
| Aluminum hydroxide high white powder | 44 | JWN-AOH-WF2.5 | The products are used in flame retardant filler, low smoke halogen-free cable, silicone rubber, lithium battery separator, foam insulation material, paper filler, thermoplastic PVC and other fields | |
| 45 | JWN-AOH-WF3 | |||
| 46 | JWN-AOH-WF5 | |||
| 47 | JWN-AOH-WF8 | |||
| 48 | JWN-AOH-WF10 | |||
High purity pseudo-boehmite | 49 | JWN-AH-2N01 | Pseudo-boehmite of different purity, used for catalytic cracking catalyst FCC, fine abrasives, residual oil hydrogenation, hydrogenation catalyst carrier , sulfur-tolerant shift catalyst | |
| 50 | JWN-AH-2N11 | |||
| 51 | JWN-AH-2.5N01 | |||
| 52 | JWN-AH-3N01 | |||
| 53 | JWN-AH-3.5N01 | |||
| High purity pseudo-boehmite | 54 | JWN-AH-DK-7 | Macroporous pseudo-boehmite , used as catalytic cracking catalyst FCC, fine abrasives, residual oil hydrogenation, hydrogenation catalyst carrier , sulfur-tolerant shift catalyst | |
| 55 | JWN-AH-DK-10 | |||
Silicon-containing macroporous pseudo-boehmite | 56 | JWN-AH-DK-Si0 | Macroporous pseudo-boehmite with different silicon content, used for catalytic cracking catalyst FCC, fine abrasives, residual oil hydrogenation, hydrogenation catalyst carrier , sulfur-tolerant shift catalyst | |
| 57 | JWN-AH-DK-Si2 | |||
| 58 | JWN-AH-DK-Si4 | |||
Boehmite for battery | 59 | JWN-BH-3N01 | 3N high-purity boehmite with controllable particle size is used for lithium-ion battery separator coating, cathode material coating, etc. | |
| 60 | JWN-BH-3N02 | |||
| 61 | JWN-BH-4N01 | 4N high-purity boehmite, used for lithium-ion battery separator coating, cathode material coating, etc. | ||
Nano aluminum sol | 62 | JWN-AS-2.5N01L | Nano-aluminum sol powder is added with water to form a liquid dispersion, which is used for high-temperature bonding, high-end catalysts, etc. | |
| 63 | JWN-AS-2.5N01G | Nano-aluminum sol powder is added with water to form a colloidal dispersion, which is used for high-temperature bonding, high-end catalysts, etc. | ||
| 64 | JWN-AS-2.5N01L | Solution aluminum sol, used for high temperature bonding, high-end catalyst binder, polishing, etc. | ||
| 65 | JWN-AS-2.5N01G | Jelly-like aluminum sol, used for high-temperature bonding, high-end catalyst binder, polishing, etc. |
| Main Class | Subclass | No. | Type | Characteristics and Representative Uses |
Titanium industry products | Anatase Nano-Titania | 1 | JWN-TO-A01 | Monodisperse, particle size 3~5nm, excellent activity, used in high-end photocatalyst technology products |
| 2 | JWN-TO-A10 | Monodisperse, particle size 10nm, high activity, used in mid-range photocatalyst products | ||
| 3 | JWN-TO-A30 | Monodisperse, particle size 30nm, good activity, used for activated carbon, diatomaceous earth, etc. | ||
| 4 | JWN-TO-A50 | Particle size is about 50 nm, monodisperse, average activity, used in ordinary photocatalyst products | ||
Mixed crystal Nano-Titania | 5 | JWN-TO-AR25 | The particle size is about 25nm and the specific surface area is about 50 m2/g. It is used in catalysis and photocatalysis and UV shielding materials | |
| Rutile Nano-titania | 6 | JWN-TO-R15 | Particle size is about 15 nm, monodisperse, uniform particle size, used in high-end cosmetics | |
| 7 | JWN-TO-R30 | Particle size is about 30 nm, monodisperse, uniform particle size, used in high-end coatings | ||
| 8 | JWN-TO-R50 | Particle size is about 50 nm, monodisperse, uniform particle size, used in high-end pigments, inks, etc. | ||
| High-purity Nano-titania | 9 | JWN-TO-3N01 | Purity 99.9%, primary particle size is nanoscale, used in high-end MLCC and other electronic basic raw materials | |
| 10 | JWN-TO-3N02 | Purity 99.9%, primary particle size is nanoscale, used in high-end MLCC and other electronic basic raw materials | ||
| 11 | JWN-TO-3N03 | Purity 99.9%, primary particle size is nanoscale, used in high-end MLCC and other electronic basic raw materials | ||
| 12 | JWN-TO-3N04 | Purity 99.9%, primary particle size is nanoscale, used in high-end MLCC and other electronic basic raw materials | ||
| Whitening Titanium Dioxide | 13 | JWN-TO-AL100SA | The product is suitable for whitening face cream, whitening body lotion, BB cream, moisturizing body lotion (cream), morning and night cream, etc. The product does not contain irritating substances and is suitable for all skin types | |
| 14 | JWN-TO-AL100TS | |||
| 15 | JWN-TO-AL250 | |||
| 16 | JWN-TO-AL250SA | |||
| 17 | JWN-TO-AL250TS | |||
Sunscreen Titanium Dioxide | 18 | JWN-TO-AL15 | The product is suitable for all kinds of sunscreen, sunscreen water, sunscreen lotion, sunscreen milk, facial cleanser, lotion, foundation cream, pressed powder, lipstick, etc. The product does not contain irritating substances and is suitable for all skin types | |
| 19 | JWN-TO-AL15Si | |||
| 20 | JWN-TO-AL15SA | |||
| 21 | JWN-TO-AL15TS | |||
| 22 | JWN-TO-AL30 | |||
| 23 | JWN-TO-AL30Si | |||
| 24 | JWN-TO-AL30SA | |||
| 25 | JWN-TO-AL30TS | |||
| 26 | JWN-TO-SI30MS | |||
| 27 | JWN-TO-AL50 | |||
| 28 | JWN-TO-AL50Si | |||
| 29 | JWN-TO-AL50SA | |||
| 30 | JWN-TO-AL50TS |
| Main Class | Subclass | No. | Type | Characteristics and Representative Uses |
Titanium industry products | Anatase Nano-Titania | 1 | JWN-TO-A01 | Monodisperse, particle size 3~5nm, excellent activity, used in high-end photocatalyst technology products |
| 2 | JWN-TO-A10 | Monodisperse, particle size 10nm, high activity, used in mid-range photocatalyst products | ||
| 3 | JWN-TO-A30 | Monodisperse, particle size 30nm, good activity, used for activated carbon, diatomaceous earth, etc. | ||
| 4 | JWN-TO-A50 | Particle size is about 50 nm, monodisperse, average activity, used in ordinary photocatalyst products |
| Main Class | Subclass | No. | Type | Characteristics and Representative Uses |
Titanium industry products | Rutile Nano-titania | 1 | JWN-TO-R15 | Particle size is about 15 nm, monodisperse, uniform particle size, used in high-end cosmetics |
| 2 | JWN-TO-R30 | Particle size is about 30 nm, monodisperse, uniform particle size, used in high-end coatings | ||
| 3 | JWN-TO-R50 | Particle size is about 50 nm, monodisperse, uniform particle size, used for high-end pigments, inks, etc. |
| Main Class | Subclass | No. | Type | Characteristics and Representative Uses |
Titanium industry products | High-purity Nano-titania | 1 | JWN-TO-3N01 | Purity 99.9%, primary particle size is nanometer scale, used in high-end MLCC and other electronic basic raw materials |
| 2 | JWN-TO-3N02 | Purity 99.9%, primary particle size is nanometer scale, used in high-end MLCC and other electronic basic raw materials | ||
| 3 | JWN-TO-3N03 | Purity 99.9%, primary particle size is nanometer scale, used in high-end MLCC and other electronic basic raw materials | ||
| 4 | JWN-TO-3N04 | Purity 99.9%, primary particle size is nanometer scale, used in high-end MLCC and other electronic basic raw materials |
| Main Class | Subclass | No. | Type | Characteristics and Representative Uses |
| Aluminum industry products | Special alumina | 1 | JWN-AO-NH01 | Refractory special alumina, used for various types of refractory Material |
| 2 | JWN-AO-PG01 | Special aluminum oxide for polishing and grinding, used for grinding and polishing of metal, stone, optical glass, etc. | ||
| 3 | JWN-AO-DR01 | Special thermal conductivity (spherical) alumina, used in high thermal conductivity gels and gaskets, electronic packaging and other industries | ||
High purity alumina | 4 | JWN-AO-3N-a20 | Purity 99.9%, alpha phase, used in ceramic materials, phosphors | |
| 5 | JWN-AO-4N-a30 | Purity 99.99%, alpha phase, used in new energy batteries, advanced ceramics, sapphire, phosphors and other fields | ||
| 6 | JWN-AO-4N-a04 | |||
| 7 | JWN-AO-4N-g20 | Purity 99.99%, γ phase, used in new energy batteries, advanced ceramics, sapphire, phosphors and other fields | ||
| 8 | JWN-AO-4N-g2 | |||
| 9 | JWN-AO-4.5N-a30 | Purity 99.995%, alpha phase, used in high-end ceramic materials, phosphors | ||
| Gas phase combustion | 10 | JWN-AO-GC100 | Gas phase nano-alumina, used in coatings, catalysts, lighting, paper coatings, ceramics, lithium batteries and other fields | |
High Purity Aluminum Hydroxide | 11 | JWN-AOH-3N01 | High-purity aluminum hydroxide, used in high-purity alumina, functional ceramics, advanced papermaking fillers and other fields | |
Aluminum Hydroxide Powder | 12 | JWN-AOH-2N01 | Aluminum hydroxide fine powder (1μm) is widely used in flame retardant fillers, low-smoke halogen-free cables, silicone rubber, lithium battery separators, foam insulation materials, papermaking fillers, thermoplastic PVC and other fields | |
| 13 | JWN-AOH-2N02 | |||
| Aluminum hydroxide high white powder | 14 | JWN-AOH-WF2.5 | The products are used in flame retardant filler, low smoke halogen-free cable, silicone rubber, lithium battery separator, foam insulation material, paper filler, thermoplastic PVC and other fields | |
| 15 | JWN-AOH-WF3 | |||
| 16 | JWN-AOH-WF5 | |||
| 17 | JWN-AOH-WF8 | |||
| 18 | JWN-AOH-WF10 | |||
High purity pseudo-boehmite | 19 | JWN-AH-2N01 | Pseudo-boehmite of different purity, used for catalytic cracking catalyst FCC, fine abrasives, residual oil hydrogenation, hydrogenation catalyst carrier , sulfur-tolerant shift catalyst | |
| 20 | JWN-AH-2N11 | |||
| 21 | JWN-AH-2.5N01 | |||
| 22 | JWN-AH-3N01 | |||
| 23 | JWN-AH-3.5N01 | |||
| Macroporous pseudo-boehmite | 24 | JWN-AH-DK-7 | Macroporous pseudo-boehmite , used as catalytic cracking catalyst FCC, fine abrasives, residual oil hydrogenation, hydrogenation catalyst carrier , sulfur-tolerant shift catalyst | |
| 25 | JWN-AH-DK-10 | |||
Silicon-containing macroporous pseudo-boehmite | 26 | JWN-AH-DK-Si0 | Macroporous pseudo-boehmite with different silicon content, used for catalytic cracking catalyst FCC, fine abrasives, residual oil hydrogenation, hydrogenation catalyst carrier , sulfur-tolerant shift catalyst | |
| 27 | JWN-AH-DK-Si2 | |||
| 28 | JWN-AH-DK-Si4 | |||
Boehmite for battery | 29 | JWN-BH-3N01 | 3N high-purity boehmite with controllable particle size is used for lithium-ion battery separator coating, cathode material coating, etc. | |
| 30 | JWN-BH-3N02 | |||
| 31 | JWN-BH-4N01 | 4N high-purity boehmite, used for lithium-ion battery separator coating, cathode material coating, etc. | ||
Nano aluminum sol | 32 | JWN-AS-2.5N01L | Nano-aluminum sol powder is added with water to form a liquid dispersion, which is used for high-temperature bonding, high-end catalysts, etc. | |
| 33 | JWN-AS-2.5N01G | Nano-aluminum sol powder is added with water to form a colloidal dispersion, which is used for high-temperature bonding, high-end catalysts, etc. | ||
| 34 | JWN-AS-2.5N01L | Solution aluminum sol, used for high temperature bonding, high-end catalyst binder, polishing, etc. | ||
| 35 | JWN-AS-2.5N01G | Jelly-like aluminum sol, used for high-temperature bonding, high-end catalyst binder, polishing, etc. |
| Main Class | Subclass | No. | Type | Characteristics and Representative Uses |
| Aluminum industry products | Special alumina | 1 | JWN-AO-NH01 | Refractory special alumina, used for various types of refractory Material |
| 2 | JWN-AO-PG01 | Special aluminum oxide for polishing and grinding, used for grinding and polishing of metal, stone, optical glass, etc. | ||
| 3 | JWN-AO-DR01 | Special thermal conductivity (spherical) alumina, used in high thermal conductivity gels and gaskets, electronic packaging and other industries | ||
High purity alumina | 4 | JWN-AO-3N-a20 | Purity 99.9%, alpha phase, used in ceramic materials, phosphors | |
| 5 | JWN-AO-4N-a30 | Purity 99.99%, alpha phase, used in new energy batteries, advanced ceramics, sapphire, phosphors and other fields | ||
| 6 | JWN-AO-4N-a04 | |||
| 7 | JWN-AO-4N-g20 | Purity 99.99%, γ phase, used in new energy batteries, advanced ceramics, sapphire, phosphors and other fields | ||
| 8 | JWN-AO-4N-g2 | |||
| 9 | JWN-AO-4.5N-a30 | Purity 99.995%, alpha phase, used in high-end ceramic materials, phosphors | ||
| Gas phase combustion | 10 | JWN-AO-GC100 | Gas phase nano-alumina, used in coatings, catalysts, lighting, paper coatings, ceramics, lithium batteries and other fields |
| Main Class | Subclass | No. | Type | Characteristics and Representative Uses |
| Aluminum industry products | High Purity Aluminum Hydroxide | 1 | JWN-AOH-3N01 | High-purity aluminum hydroxide, used in high-purity alumina, functional ceramics, advanced papermaking fillers and other fields |
| Aluminum Hydroxide Powder | 2 | JWN-AOH-2N01 | Aluminum hydroxide fine powder (1μm) is widely used in flame retardant fillers, low-smoke halogen-free cables, silicone rubber, lithium battery separators, foam insulation materials, papermaking fillers, thermoplastic PVC and other fields | |
| 3 | JWN-AOH-2N02 | |||
Aluminum hydroxide high white powde | 4 | JWN-AOH-WF2.5 | The products are used in flame retardant filler, low smoke halogen-free cable, silicone rubber, lithium battery separator, foam insulation material, paper filler, thermoplastic PVC and other fields | |
| 5 | JWN-AOH-WF3 | |||
| 6 | JWN-AOH-WF5 | |||
| 7 | JWN-AOH-WF8 | |||
| 8 | JWN-AOH-WF10 |
| Main Class | Subclass | No. | Type | Characteristics and Representative Uses |
| Aluminum industry products | High purity pseudo-boehmite | 1 | JWN-AH-2N01 | Pseudo-boehmite of different purity, used for catalytic cracking catalyst FCC, fine abrasives, residual oil hydrogenation, hydrogenation catalyst carrier , sulfur-tolerant shift catalyst |
| 2 | JWN-AH-2N11 | |||
| 3 | JWN-AH-2.5N01 | |||
| 4 | JWN-AH-3N01 | |||
| 5 | JWN-AH-3.5N01 | |||
| Macroporous pseudo-boehmite | 6 | JWN-AH-DK-7 | Macroporous pseudo-boehmite , used as catalytic cracking catalyst FCC, fine abrasives, residual oil hydrogenation, hydrogenation catalyst carrier , sulfur-tolerant shift catalyst | |
| 7 | JWN-AH-DK-10 | |||
| Silicon-containing macroporous pseudo-boehmite | 8 | JWN-AH-DK-Si0 | Macroporous pseudo-boehmite with different silicon contents, used as catalytic cracking catalyst FCC, fine abrasives, residual oil hydrogenation, hydrogenation catalyst carrier , sulfur-tolerant shift catalyst | |
| 9 | JWN-AH-DK-Si2 | |||
| 10 | JWN-AH-DK-Si4 |
| Main Class | Subclass | No. | Type | Characteristics and Representative Uses |
| Aluminum industry products | Boehmite for batteries | 1 | JWN-BH-3N01 | 99.9% high-purity boehmite with controllable particle size is used for lithium-ion battery separator coating, cathode material coating, etc. |
| 2 | JWN-BH-3N02 | |||
| 3 | JWN-BH-4N01 | 99.99% high-purity boehmite, used for lithium-ion battery separator coating, cathode material coating, etc. |
| Main Class | Subclass | No. | Type | Characteristics and Representative Uses |
| Aluminum industry products | Nano aluminum sol | 1 | JWN-AS-2.5N01L | Nano-aluminum sol powder is added with water to form a liquid dispersion, which is used for high-temperature bonding, high-end catalysts, etc. |
| 2 | JWN-AS-2.5N01G | Nano-aluminum sol powder is added with water to form a colloidal dispersion, which is used for high-temperature bonding, high-end catalysts, etc. | ||
| 3 | JWN-AS-2.5NL20 | Solution aluminum sol, used for high temperature bonding, high-end catalyst binder, polishing, etc. | ||
| 4 | JWN-AS-2.5NG20 | Jelly-like aluminum sol, used for high-temperature bonding, high-end catalyst binder, polishing, etc. |
Contact：Mr. Huang
Telephone：13586537100
E-mail：sales@asianano.cn
Address: No.999 Haifeng North Road, Cixi Binhai Economic Development Zone, Ningbo City, Zhejiang Province
