Life-Energy Paint Additive

Kills Germs, Improves Air Quality, Revitalizes Energy

In today's world, the average person spends over 90% of each day indoors. While we would like to believe that our indoor air-conditioned environment provides health benefits over the natural outside air, we are actually mistaken. Bacteria and mold aggregate on the surface of walls and furniture and contaminate the air, producing musty odors. Indoor air is further polluted by volatile organic compounds (VOC), including aldehydes, alkenes, ketones, polycyclic aromatic hydrocarbons, and so forth. These compounds are emitted by indoor building materials, air conditioners, cigarette smoke, paints, packaging materials, and solvents.

A study conducted by The Ministry of Interior Architecture and Building Research Institute shows that 82% of office employees in Taiwan regularly experience headaches, fatigue, or nausea while at work. These results indicate the detrimental health impact of VOC, bacteria, and mildew buildup caused by the use of inferior construction materials. This study concludes that we can all protect our health by using building materials that are resistant to bacteria, mold, and mildew and that are free of VOC emissions.

Using the latest cutting-edge paint and preventive health technologies, Chang Gung Biotechnology presents its revolutionary Life-Energy Paint Additive, designed to improve indoor air quality and revitalize our bodies¡¦ natural energy. Our Life-Energy Paint Additive contains silver, which has antibacterial and antifungal properties, natural minerals, and our proprietary Primordia Elements®, which act as resonance catalysts.

  • Studies show that the addition of Life-Energy Paint Additive to water-based paint used on walls and ceilings greatly reduces the total VOC content (TVOC) in the paint and the residual TVOC in the air, thereby improving the overall air quality. Due to the consumer health benefits of our additive, our product has become the benchmark for the paint additives market.
  • Water-based paint containing our Life-Energy Paint Additive has passed the Japanese Industrial Standard Test for Antimicrobial and Antifungal Activity, represented by the tests JIS Z-2801 and JIS Z-2511, respectively, corresponding to the highest national certifications.
  • Our Primordia Elements® form a high-spin vortex field and act as biological catalysts in our paint additives. By having greater amounts of catalytic activity within the additive, we are able to enhance the air-cleansing effects of the additive indoors.

300 ml/bottle
300 ml (10 fl. oz) of Life-Energy Paint Additive + 5 gallons of Water-Based Paint

¡iTVOC Test Results¡j


¡iResult of Toluene TPD Study¡j ¡iResult of Acetone TPD Study¡j
Control Group:
Volume of toluene vapor absorbed by water-based paint
Experimental Group:
Volume of toluene vapor absorbed by a mixture of water-based paint and Life-Energy Paint Additive is increased by 23%
Control Group:
Volume of acetone vapor absorbed by water-based paint
Experimental Group:
Volume of acetone vapor absorbed by a mixture of water-based paint and Life-Energy Paint Additive is increased by 52%
Conclusion: This study based on temperature programmed desorption (TPD) demonstrates that adding Life-Energy Paint Additive to water-based paints effectively reduces the concentration of TVOC found in the paint and released into the air. It has thus been found that adding Life-Energy Paint Additive can significantly improve air quality and consequently relieve the potential negative impact of TVOC on human health.

¡iComparison of Antibacterial and Antifungal Paints in the Market¡j

Product Type Chang Gung Biotechnology Life-Energy Paint Additive Ordinary Water-Based Paint Antibacterial and Antifungal Latex Paint
Antibacterial Study 24 Hour Cultivation Study Antibacterial Effect:R = Log7.40 24 Hour Cultivation Study Antibacterial Effect:R = Log7.23 24 Hour Cultivation Study Antibacterial Effect:R = Log7.23
Antifungal Study Score 0 Score 2 Score 2
No mycelium growth observed on sample slide Mycelium growth surface exceeds 1/3 of sample side Mycelium growth surface exceed 1/3 of sample side
Comments Conforms to the highest testing standards to show strong antibacterial and antifungal activities Antibacterial activity only, poor antifungal activity Antibacterial activity only, poor antifungal activity

Method of antibacterial study:JIS Z-2801 (R value for the antibacterial effect exceeds 2.0)
Method of antifungal study:JIS Z-2911 (Score 0 is the highest score)

This study is applicable to:
1. General household conditions
2. Industrial plants located in areas of high temperature and high humidity
3. High-tech industries that require dust-free and antibacterial operations
4. Office, hospitals, pre-schools institutions, nursing homes, schools, hotels, and restaurants

PreCaution: completely remove any mold, dust, or dirt stains before applying paint and additive

¡iAuracom Test¡j

All objects, whether animate or inanimate, emit an aura that can be detected by an Auracom, which displays the object's energy field. Generally, an uneven color contour or profile indicates a more chaotic energy field. Different colors displayed on the Auracom reflect the condition of the body and mind during the test.


Energy field before contact with Primordia Elements®

Energy field after contact with Primordia Elements®
Primordia Elements® strengthen a weaker energy field by bringing harmony to the body and mind, thereby resulting in an Auracom of smoother and more evenly distributed colors.

Energy field before contact with Primordia Elements®

Energy field after contact with Primordia Elements®
Primordia Elements® reduce excess energy within the body and restore calm and harmony to a fatigued and irritable body and mind.

¡iComparison Study of Energy Density¡j


Control Group:Water-Based Coating

Experimental Group:Water-Based Coating with Primordia Elements®

The average energy density of the experimental group, which used water-based coating with Primordia Elements®, increased from 1.48E-2(W/cm2) to 1.53E-2(W/cm2), generating 5W more of high quality life-force energy per square meter than that of regular water-based coatings.