REPORT
体验与研究报告 / 专栏
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Dec 15.2024
Deodorizing Effect of FINE TUNING® Technology: Odor Reduction Without Additives

FINE TUNING Inc. (hereinafter referred to as "the company") has independently developed the "FINE TUNING® Technology," an advanced method that optimizes the properties of objects at the quantum level. This technology is characterized by its ability to enhance functionality by drawing out the inherent potential of substances, without the use of additives or coatings. In this report, we will present the results of tests that demonstrated the deodorizing performance of this additive-free, non-coating approach.
Test Approach and Methodology

Source: https://www.gls.co.jp/technique/techniquedata/gc/basicsofgc/p12.html
Testing Institution: Nissenken Quality Evaluation Center, Bio-Chemical Group, General Foundation Corporation
Test Method: Standard deodorization processing material certification criteria were followed, with gas chromatography (GC) analysis and supplementary measurements using a detection tube method.
Test Environment: Room temperature 25°C, 50% humidity
Sample: 100% cotton T-shirt (150g/m², jersey knit). Washed at 40°C with standard detergent, low-speed spin-drying, and air-dried. A comparison was made between the "FINE TUNING®" applied product (FT applied) and the untreated (FT not applied) product.
Target Gases: Ammonia (①), Acetic acid (②), Iso-valeric acid (③)
Sample Size: Evaluation based on the average of 5 untreated products.
Test Results
Ammonia (①)
FT applied: 61% reduction
FT not applied: 41% reduction
Discussion: The product with FINE TUNING® technology showed a deodorizing rate approximately 20 percentage points higher than the untreated product, demonstrating a significant improvement effect for ammonia.Other Gases (Acetic acid, Iso-valeric acid):
Under the test conditions, no significant difference between the FT applied and FT not applied products was observed. Further technological improvements and verification are considered necessary.
Inquiries and Data Provision
If you would like more detailed information or documents (PDF) regarding FINE TUNING® technology, please feel free to contact us. After an in-person meeting, data can be provided under the condition of signing a Non-Disclosure Agreement (NDA).
AUTHOR
本文作者

首席执行官 / 研究员
Rio
毕业于加拿大不列颠哥伦比亚省的Stylus College后,Rio加入了大型电子乐器制造商Roland公司,负责数字合成器的开发等工作。他于2020年成立了一家系统和应用开发公司,开始独立创业。2021年,他构想出一种通过应用数字数据来优化对象的全新技术。他坚信这项技术拥有解决未来各种挑战的无限潜力,因此成立了FINE TUNING有限公司,以领导其研发和社會實現。
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