Utilizing resources, moving towards the construction of a circular society that approaches zero emissions [Plant-Induced Spraying Work].
The plant-induced spraying method is a resource-circulating greening technique that effectively utilizes raw chips from felled trees and uprooted materials as a growth substrate. Wakayama Prefecture Ken Sanpin Registration Number H23-754 【Features of the Plant-Induced Spraying Method】 1. It allows for the effective use of felled trees and uprooted materials. 2. It has high erosion resistance and does not erode even in bare ground conditions for long periods. 3. By incorporating a specialized microbial active enzyme called "Haeru-chan," it avoids plant growth disorders caused by nitrogen starvation, decay, and the generation of harmful substances due to undecomposed chips. 4. The sponge effect due to the three-dimensional entanglement of chips is notable. Additionally, its high erosion resistance and the uneven surface of the growth substrate make it suitable for greening through natural invasion promotion (without seeding), as it facilitates the establishment of airborne seeds. *For more details, please contact us or download the PDF to view.
Inquire About This Product
basic information
The plant-induced spraying work uses growth substrate materials primarily composed of root stumps, trunks, and branches that were previously considered unnecessary from construction work and other sources. These materials are stored in the form of carbon and are revitalized as a topsoil layer that can be greened again, returning to bare ground. In a circular society, recycling is an essential method, and it also responds to the demand to avoid the introduction of imported plants as much as possible and to restore the original local vegetation. Development began in 1997, and it has been launched nationwide alongside the establishment of the "Plant Induction Research Association."
Price information
Please contact us.
Delivery Time
※Please contact us.
Applications/Examples of results
Numerous in dam and slope protection work areas across the country. For details, please see the achievements page of the Plant Induction Research Association.
Detailed information
-
Illustration of Plant-Induced Spraying Work
-
Plant Induced Spraying Work Construction Flow Plant Induced Spraying Work Construction Flow Diagram
-
Examples of Plant-Induced Spraying Work
Line up（1）
| Model number | overview |
|---|---|
| Enzyme-Containing Additive Hauer-chan | "Enzyme-Containing Additive Hauer-chan" is a newly developed product based on a mixture of mineral as the main raw material and soil particles extracted from fossil (ancient organism) strata rich in minerals, combined in a certain ratio. It adds components that serve as a source of plant nutrition and a patented enzyme, and has undergone special processing. Our "Hauer-chan" has been certified as a plant-inducing spraying method for slope greening using the local vegetation induction method in the Osaka Prefecture's FY 2006 Venture New Technology Priority Order Model Project. |
catalog（4）
Download All Catalogs
News about this product（14）
Company information
We handle materials related to slope protection and civil engineering works, contributing to environmental protection with high quality at low prices, based on our motto of creativity and ingenuity. For various construction materials related to slope protection works, please leave it to K.F. Corporation. We deliver safe and secure products. At the end of 2019, the Easy Shelf method of simple spraying frame construction, promoted by the National Slope Disaster Prevention Association, for which our company serves as the secretariat, was upgraded to NETIS rank A. In addition, we offer a wide range of items that can be utilized not only for slope construction but also for civil engineering, construction works, and manufacturing industries. Our company, which challenges everything related to the environment, disaster prevention, and recycling, also supports the "Cool Choice" campaign promoted by the Ministry of the Environment. Please feel free to contact us.
