Product Category
Contact Us
- Country/Region:Taiwan
- Address:8F., No.120-12, Sec. 3, Zhongshan Rd., Zhonghe Dist., New Taipei City 235, Taiwan
- Zip/Post Code:235
- Tel:886-2-22268500
- Fax:886-2-22268505
- Email:rambo235@ms35.hinet.net
- Contact Person:Roger Yang
- Job Title:Sales Manager
| Country/Region: | Taiwan |
| Address: | 8F., No.120-12, Sec. 3, Zhongshan Rd., Zhonghe Dist., New Taipei City 235, Taiwan |
| Zip/Post Code: | 235 |
| Tel: | 886-2-22268500 |
| Fax: | 886-2-22268505 |
| Email: | rambo235@ms35.hinet.net |
| Contact Person: | Roger Yang |
| Job Title: | Sales Manager |
Products
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Aroma Diffuser(GS-001)
1. Developed using Bernoulli's principle in fluid dynamics, essential oil particles are dispersed into small molecules and distributed evenly into the atmosphere. 2. Glass nozzle reduces essential oil oxidation. 3. Us...
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Aroma Diffuser(GS-002)
Aerosol Diffusers, 1. Developed using Bernoulli's principle in fluid dynamics,essential oil particles are dispersed into small molecules and distributed evenly into the atmosphere. 2. Glass nozzle reduces essential oi...
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Aroma Diffuser(GS-003)
1. Developed using Bernoulli's principle in fluid dynamics, essential oil particles are dispersed into small molecules and distributed evenly into the atmosphere. 2. Glass nozzle reduces essential oil oxidation. 3. Us...
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Aroma Diffuser(GS-005)
1. Developed using Bernoulli's principle in fluid dynamics, essential oil particles are dispersed into small molecules and distributed evenly into the atmosphere. 2. Glass nozzle reduces essential oil oxidation. 3. Us...
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Aroma Diffuser(GS-006)
1. Developed using Bernoulli's principle in fluid dynamics, essential oil particles are dispersed into small molecules and distributed evenly into the atmosphere. 2. Glass nozzle reduces essential oil oxidation. 3. Us...
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Aroma Diffuser(GS-007)
1. Developed using Bernoulli's principle in fluid dynamics, essential oil particles are dispersed into small molecules and distributed evenly into the atmosphere. 2. Glass nozzle reduces essential oil oxidation. 3. Us...
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Aroma Diffuser(GS-008)
1. Developed using Bernoulli's principle in fluid dynamics, essential oil particles are dispersed into small molecules and distributed evenly into the atmosphere. 2. Glass nozzle reduces essential oil oxidation. 3. Us...
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Aroma Diffuser(GS-010)
1. Developed using Bernoulli's principle in fluid dynamics, essential oil particles are dispersed into small molecules and distributed evenly into the atmosphere. 2. Glass nozzle reduces essential oil oxidation. 3. Us...
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Aroma Diffuser(GS-011)
1. Developed using Bernoulli's principle in fluid dynamics, essential oil particles are dispersed into small molecules and distributed evenly into the atmosphere. 2. Glass nozzle reduces essential oil oxidation. 3. Us...
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Aroma Diffuser(GS-013)
1. Developed using Bernoulli's principle in fluid dynamics, essential oil particles are dispersed into small molecules and distributed evenly into the atmosphere. 2. Glass nozzle reduces essential oil oxidation. 3. Us...
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Aroma Diffuser(GS-014)
1. Developed using Bernoulli's principle in fluid dynamics, essential oil particles are dispersed into small molecules and distributed evenly into the atmosphere. 2. Glass nozzle reduces essential oil oxidation. 3. Us...
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Aroma Diffuser(GS-014-1)
1. Developed using Bernoulli's principle in fluid dynamics, essential oil particles are dispersed into small molecules and distributed evenly into the atmosphere. 2. Glass nozzle reduces essential oil oxidation. 3. Us...
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Aroma Diffuser(GS-015, 17)
1. Developed using Bernoulli's principle in fluid dynamics, essential oil particles are dispersed into small molecules and distributed evenly into the atmosphere. 2. Glass nozzle reduces essential oil oxidation. 3. Us...
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Aroma Diffuser(GS-018)
1. Developed using Bernoulli's principle in fluid dynamics, essential oil particles are dispersed into small molecules and distributed evenly into the atmosphere. 2. Glass nozzle reduces essential oil oxidation. 3. Us...
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Aroma Diffuser(GS-019)
1. Developed using Bernoulli's principle in fluid dynamics, essential oil particles are dispersed into small molecules and distributed evenly into the atmosphere. 2. Glass nozzle reduces essential oil oxidation. 3. Us...
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Aroma Diffuser(GS-020, 20-1)
1. Developed using Bernoulli's principle in fluid dynamics, essential oil particles are dispersed into small molecules and distributed evenly into the atmosphere. 2. Glass nozzle reduces essential oil oxidation. 3. Us...
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Aroma Diffuser(GS-022)
1. Developed using Bernoulli's principle in fluid dynamics, essential oil particles are dispersed into small molecules and distributed evenly into the atmosphere. 2. Glass nozzle reduces essential oil oxidation. 3. Us...
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Aroma Diffuser(GS-025)
1. Developed using Bernoulli's principle in fluid dynamics, essential oil particles are dispersed into small molecules and distributed evenly into the atmosphere. 2. Glass nozzle reduces essential oil oxidation. 3. Us...
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Aroma Diffuser(GS-028)
1. Developed using Bernoulli's principle in fluid dynamics, essential oil particles are dispersed into small molecules and distributed evenly into the atmosphere. 2. Glass nozzle reduces essential oil oxidation. 3. Us...
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Aroma Diffuser(GS-029-1, 2, 3)
1. Developed using Bernoulli's principle in fluid dynamics,essential oil particles are dispersed into small molecules and distributed evenly into the atmosphere. 2. Glass nozzle reduces essential oil oxidation. 3. Use...