エフエフシー・ジャパン List of Products and Services

This is a plant vitality liquid that utilizes the "FFC Technology," a technique developed by the Akatsuka Botanical Garden Group to enhance the functions of water in plant cultivation, combined with plant extracts, sugars, and organic acids. It promotes nutrient absorption necessary for plant growth and supports healthy development.

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The "FFC Genesis Water Activator" is a product that connects directly to water pipes and can process the water that passes through it using FFC treatment. By allowing water to pass (and come into contact) through a cartridge filled with FFC ceramic balls, it adds "functionality" to the water, transforming the water used within facilities. Additionally, the water modified by FFC technology enhances the functions that life inherently possesses. It is utilized across a wide range of industries that use water, from agriculture, fisheries, and livestock to food, other processed products, facilities, and services. 【Features】 ■ Directly connects to water pipes ■ Processes passing water with FFC treatment ■ Enhances the functions that life inherently possesses ■ Transforms the water used within facilities *For more details, please refer to the PDF document or feel free to contact us.

• Water Treatment Plant

"Michael Talk" is a YouTube video where Michael J. Rice visits various users across the country who utilize FFC, asking them in detail about how they use FFC and its effects. Michael Rice is a professional cyclist, a university English lecturer, and an actor, while also having a deep understanding of environmental issues and FFC technology. Michael and the staff from FFC Japan visit various sites where FFC is being utilized in different businesses and share their experiences. [Some of the visit locations] - Hair Salon Marie (Hair Salon) - Uesugi Shoten (Small Sea Bream Pickled in Bamboo Leaves) - Tanahashi Farm (Egg-Laying Chicken Farming) - Shiki no Aji Chihiro (Japanese Cuisine) - Okuno Foods (Natto) *For more details, please refer to the related links or feel free to contact us.

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• Video streaming services

We would like to introduce the effects of FFC on disease resistance, as investigated by the Akatsuka Botanical Garden Biological Function Development Research Institute. When infected with powdery mildew, leaves typically die off, but the cucumber leaves grown in our FFC experimental field remained green and healthy. Why does this happen? We conducted experiments using barley and observed the formation rate of stomata in the cotyledon sheaths floated in FFC-treated water. We also compared cytoplasmic aggregation (CA) and papilla formation. [Experimental Results] ■ FFC treatment decreased the stomatal formation rate → Suggests that FFC treatment suppresses the infection of pathogens. ■ FFC treatment resulted in the formation of larger papillae → Suggests that FFC treatment enhances resistance to pathogen invasion. *For more details, please refer to the PDF document or feel free to contact us.

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• Fertilizers and Pesticides

We would like to introduce the effects of FFC on plant growth, as investigated by the Akatsuka Botanical Garden Biological Function Development Research Institute. Barley was cultivated for two weeks in an artificial weather chamber using various treatment methods, and experiments were conducted to compare the above-ground parts of the barley and the color of the barley leaves. Additionally, experiments comparing the roots of the plants and the root pressure of the barley revealed that using FFC materials increases the amount of water absorbed by the roots. 【Experimental Results】 ■ The above-ground parts increase when using FFC materials. ■ The roots elongate and their weight increases due to FFC materials. ■ The development of root hairs increases the root surface area, enhancing the efficiency of water and nutrient absorption. ■ The amount of water absorbed by the roots increases when using FFC materials. ■ FFC materials not only increase the size of the roots but also improve their water absorption capacity, enhancing root function. *For more details, please refer to the PDF document or feel free to contact us.

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• Fertilizers and Pesticides

We would like to introduce the effects of FFC on resistance to drought, salinity, and frost damage, as investigated by the Akatsuka Botanical Garden Biological Function Development Research Institute. In Experiment 1, we compared the drought resistance of Shiro-na and found that using FFC materials enhances its resistance to dryness. Additionally, we conducted Experiment 2 to compare the cell activity of Shiro-na, and Experiment 3 to examine the sugars and minerals in Shiro-na mixed with FFC Ace in the soil, and we have summarized the results. 【Experimental Results (Excerpt)】 <Experiment 1: Comparison of Drought Resistance in Shiro-na> ■ Using FFC materials increases resistance to dryness. <Experiment 2: Comparison of Cell Activity in Shiro-na> ■ Shiro-na in soil mixed with 2% FFC Ace → Increase in cell osmotic pressure → Accumulation of sugars and minerals within the cells? *For more details, please refer to the PDF document or feel free to contact us.

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• Fertilizers and Pesticides

We would like to introduce the results of field experiments conducted by the Okayama University FFC Technology Donation Course regarding the "FFC farming method." The application amount of FFC Ace was set at 10 kg/11 m², which is equivalent to 60 bags (17L per bag) per 1 tan, mixed to a depth of 15 cm. As a result of the experiment, it was found that in the FFC Ace application area, photosynthesis was promoted regardless of the intensity of light, and particularly in low-light environments, CO2 absorption increased by approximately 1.5 times or more. [Experimental Results] - Contributes to the reduction of CO2, a cause of global warming - Considered to be more resistant to drought during summer water shortages - Increased tiller numbers and vigorous growth - Increased yield while maintaining quality - Total yield increased by 170% *For more details, please refer to the PDF document or feel free to contact us.

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• Fertilizers and Pesticides

FFC bark compost is made from plant materials such as tree bark, branches, and leaves. It can be used for a variety of crops, including vegetables, fruits, flowers, and ornamental plants. FFC bark compost contains a high amount of organic matter necessary for enhancing soil fertility. Additionally, the application of FFC technology promotes microbial activity and facilitates soil aggregation. Aggregated soil excels in nutrient retention, water retention, drainage, and aeration, improving the nutrient absorption efficiency of plants. It also contributes to stable crop cultivation that is less affected by weather conditions and helps reduce river pollution by preventing nutrient leaching, enabling environmentally friendly agriculture.

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The "FFC Ceramic System" is a water quality activation device that is easy to install since it requires no construction, allowing for reduced initial setup costs. This document clearly presents the results of installing the FFC ceramics and FFC original water activation devices in accommodations and pools in bullet points. It also introduces examples related to rust suppression. Additionally, it provides a detailed explanation of the verification of dirt reduction and the reduction of chlorine damage using diagrams and graphs. Please feel free to download and take a look. [Contents] ■ Accommodations, Apartments, Welfare Facilities - Examples related to rust suppression - Verification of dirt reduction ■ Pools, Bathing Facilities - Verification of chlorine damage reduction *For more details, please refer to the PDF document or feel free to contact us.

• Water Treatment

The "FFC Ceramics System" is a water modification activation device that is easy to install as no construction is required, allowing for reduced initial setup costs. By installing it in a water storage tank, it modifies the water into a highly functional form. It achieves "quality improvement," "cost reduction," and "environmental enhancement" across various industries. It can be used by all businesses that utilize water. 【Basic Effects】 ■ Enhances the functions of plants and animals ■ Suppresses the oxidation of metals *For more details, please download the PDF or contact us.

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