Greening method Product List and Ranking from 34 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.

Greening method Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.

  1. 日本植生 Okayama//Building materials, supplies and fixtures manufacturers
  2. イケガミ Tokyo//others
  3. 積水化成品工業 住環境開発グループ Tokyo//Building materials, supplies and fixtures manufacturers
  4. 長繊維緑化協会 Tokyo//General contractors and subcontractors
  5. 5 カクタニ Fukuoka//Trading company/Wholesale
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Greening method Product ranking

Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.

  1. Lightweight Greening Method "Super Soil Ren Method" 積水化成品工業 住環境開発グループ
  2. Rooftop greening method - Aqua Soil method イケガミ
  3. Integrated parking lot greening method "Tafutafu Park" for roadbed layers. 日本植生
  4. 4 Long Fiber Reinforced Soil Integrated Greening Method "Roving Wall Method" 長繊維緑化協会
  5. 5 屋上緑化工法 「グロウシステム」 カクタニ

Greening method Product List

31～45 item / All 50 items

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[Construction Example] Andersen Park Dog Run. Measures against stress from feces, urine, and foot pressure.

[Construction Example] Andersen Park Dog Run. Measures against stress from feces, urine, and foot pressure.

An example of a construction method that secures a root growth layer and prevents compaction due to foot traffic!

In the 2014 fiscal year, we would like to introduce a case where the pressure-resistant green space greening method "Grass Strong" was implemented at the Andersen Park dog run. This product was chosen because it is resilient to stress from urine and feces, as well as foot traffic. Its safety due to the absence of protrusions on the surface and the ability to prevent excavation with the GS net also make it suitable for dog runs. 【Case Overview】 ■ Project Name: 2014 Andersen Park Dog Run ■ Location: Chiba Prefecture ■ Construction Date: February 2014 ■ Area: 3,100 m² ■ Purpose: Park *For more details, please refer to the related links or feel free to contact us.

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  • Other park materials

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Integrated parking lot greening method "Tafutafu Park" for roadbed layers.

Integrated parking lot greening method "Tafutafu Park" for roadbed layers.

The turf protection material protects the grass from damage caused by vehicle compaction and abrasion!

"Tafutafu Park" is a green parking lot designed to prevent soil compaction from vehicle pressure and to secure a growth layer for roots, maintaining the grass. The grass uses Kyoryokka 21, which demonstrates high effectiveness against the high temperatures and dryness of the parking lot. Additionally, by incorporating a sand cushion layer, it improves drainage and provides a leveling function. 【Features】 ■ Resistant to stress ■ Improved drainage ■ Enhanced water retention and nutrient retention ■ Can be counted towards green space area ■ Strong against compaction *For more details, please download the PDF or feel free to contact us.

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  • Civil Engineering Method

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Rainwater infiltration and compaction-resistant square greening method "Grasstrong"

Rainwater infiltration and compaction-resistant square greening method "Grasstrong"

The surface is free of protrusions and is safe! It can be used as a grassy area accessible to people and vehicles.

"Grastro Long" is a type of green space landscaping method designed to prevent soil compaction due to foot traffic, featuring a structure that secures the root growth layer. Thanks to the reinforcing effect of the GS net, it distributes the load and minimizes the formation of ruts. It maintains a lawn area that can accommodate temporary vehicle access and foot traffic. Additionally, there are no protrusions on the surface, allowing it to be used as a lawn area accessible to both people and vehicles. 【Features】 ■ Strong against stress ■ Strong against foot traffic ■ Improved water retention and nutrient retention ■ High recovery ability *For more details, please download the PDF or feel free to contact us.

  • Civil Engineering Method

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The sand-flying prevention greening method is Mami Green.

The sand-flying prevention greening method is Mami Green.

The sand-flying prevention greening method is Mami Green.

This method involves creating an organic substrate layer utilizing regional resources from Niigata in the sand of a sandy beach, which serves as a source of airborne sand along the coast, where vegetation is difficult to establish. It allows for the natural emergence and proliferation of local plants, thereby suppressing airborne sand through vegetation. (Other features) It can be mechanically constructed with a simple process / Unlike conventional methods that often involve bringing in plant seedlings (including non-native species) from outside for planting, this method minimizes the impact of genetic disruption by utilizing local vegetation / There is no need for the installation of above-ground structures such as fences or hedges / It offers long-term effects compared to structures.

  • Wall and rooftop greenery

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Rooftop greening method: Evergreen Kiri-so bag method - A safe and secure rooftop greening method.

Rooftop greening method: Evergreen Kiri-so bag method - A safe and secure rooftop greening method.

Roof greening method that does not require watering - a simple and safe roof greening method.

The "Evergreen Kiri Grass Bag Method" for rooftop greening is a method developed with consideration for the recent climate in Japan. It utilizes the resilient evergreen Kiri grass. 【Rooftop Greening Revolution】 Recent heavy rains and strong winds have begun to turn what were once considered abnormal weather phenomena into the norm. The plants used in traditional thin-layer rooftop greening have primarily been sedums, but they have been declining due to the recent weather conditions. Additionally, heavy rains and strong winds have caused soil erosion and overgrowth of weeds. Until now, rooftop greening has involved many complex systems that only specialized contractors could manage. The rooftop greening revolution aims to break away from these existing methods and maintain a green oasis easily and sustainably. The system that has made this rooftop greening revolution possible is the fail-proof rooftop greening system "Evergreen Kiri Grass Bag MethodⓇ." 【Features of the Evergreen Kiri Grass Bag Method】 ■ Soil erosion prevention ■ Weed control ■ Easy greening ■ Low maintenance ■ No watering required The Evergreen Kiri Grass Bag Method is a new greening approach that places soil specifically for evergreen Kiri grass into bags, achieving "soil erosion prevention," "weed control," and "easy greening." Search for "Rooftop Greening Revolution" on YouTube to find videos of soil erosion experiments. You can access the video page through the related links below.

  • Wall and rooftop greenery
  • Planting work
  • Special Construction Method

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Slope greening method "Nursery Block Greening Method"

Slope greening method "Nursery Block Greening Method"

Early and reliably create communities with strong environmental improvement capabilities and high disaster prevention functions!

The "Nursery Block Greening Method" utilizes the effect of promoting root growth inherent in nursery blocks (soil blocks with through holes) to reliably and swiftly create communities with high environmental improvement capabilities and strong disaster prevention functions. With thick roots extending deep into the ground and over a wide area, it is possible to create communities with high functionality similar to natural forests and beautiful landscape forests. Depending on various objectives, such as communities resilient to natural disasters, communities that are difficult to collapse, drought-resistant communities, diverse communities, and beautiful landscape conservation, it is possible to reliably introduce highly functional communities and tree species. 【Features】 ■ Ensures the creation of beautiful landscape conservation forests, such as cherry and maple trees, on rocky slopes. ■ Reliably introduces highly functional communities and tree species according to various objectives. ■ Actively uses waste materials such as lake sediment, thinned wood, kitchen waste, and sludge, contributing to environmental conservation. *For more details, please refer to the PDF materials or feel free to contact us.

  • Aggregates and crushed stone

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Non-faceted spray greening construction Eco Stripe method

Non-faceted spray greening construction Eco Stripe method

Biodiversity-conscious non-surface spraying greening method

To solve the problem of stagnation in vegetation succession due to the encroachment of surrounding vegetation that traditional vegetation substrate spraying methods have, this technique intentionally applies the growth substrate in a non-planar manner to achieve partial greening. This method creates spaces where plants can naturally invade from the moment of construction. Since it is a non-planar spraying method, it can reduce the area of the growth substrate to less than half compared to traditional full greening, significantly lowering CO² emissions generated during construction and achieving excellent cost savings economically.

  • Retaining wall

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Energy-related construction, fireproof construction

Energy-related construction, fireproof construction

Always leveraging excellent skills and rich experience as an expert in this field to meet user needs.

In industries that require high temperatures, to efficiently achieve high heat, a "furnace" as a container that generates high heat and refractory materials that shape its inner surface are necessary. In recent years, with the diversification of fuels, there is a demand not only for products that can simply withstand high temperatures but also for stable refractory materials that are less likely to cause chemical reactions, due to energy-saving measures leading to lower exhaust gas temperatures and the incineration of harmful components from industrial waste. We manufacture a wide variety of amorphous refractories under our own brand "Fudoin" through a consistent production system from raw materials, under strict quality control, and we also carry out various refractory construction projects.

  • Incinerators and chimneys
  • Other civil engineering works

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Vegetation greening OM greening method

Vegetation greening OM greening method

It promotes the germination of existing plant roots and buried seeds contained in the soil removed on-site!

Mix "OM Organic," which is primarily made from crushed grass root chips and rice bran, with soil and spray it onto the slope to promote composting on that slope.

  • Special Construction Method
  • others

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Long Fiber Reinforced Soil Integrated Greening Method "Roving Wall Method"

Long Fiber Reinforced Soil Integrated Greening Method "Roving Wall Method"

Conservation of landscapes through soil structures mixed with long fibers and vegetation substrate spraying! It can be applied to various locations.

The "Roving Wall Method" is a general term for a construction method that consists of two types: soil structures in which long fibers are forcibly mixed into a mixture of sand and water, and greening techniques such as spraying vegetation substrate. Since it has reinforcement effects and allows for full greening, it is possible to preserve the landscape. Additionally, this method can be applied to various shapes of slopes and inclines, making it suitable for steep slopes, landslide areas, and the slopes of tunnel entrances. 【Features】 ■ Stable quality ■ Applicable in snowy and cold regions ■ Landscape preservation and reduction of environmental impact ■ Environment suitable for growth ■ Excellent portability and reduction of manual labor ■ Long-distance pumping up to 160m *For more details, please refer to the PDF materials or feel free to contact us.

  • Earth retaining wall/foundation reinforcement
  • Earthworks
  • Pile and foundation work

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Slope greening method "Roving Shot Method / Roving Soil Method"

Slope greening method "Roving Shot Method / Roving Soil Method"

The use of biodegradable long fibers is also possible! We introduce a groundbreaking greening method for slopes that meets the needs of the times.

The construction method pursued is a groundbreaking spray application technique aimed at creating a durable growth foundation that excels in erosion resistance and can adapt to labor-saving construction and various site conditions required by the times. As for the spray type, there are the "Roving Shot Method," which incorporates long fibers into thick-layer substrate spraying, and the "Roving Soil Method," which incorporates long fibers into soil spraying. These methods can be flexibly applied according to the site conditions of the slopes being constructed. **Features of the Roving Shot Method (Thick-layer Substrate Spraying Type):** - Reinforcement effects similar to the elongation of plant root systems can be expected from the initial spraying. - Further improvement in erosion resistance can be achieved. - The need for vegetation nets and diamond mesh installation can be omitted. - Long fibers can be transported over distances of up to 160 meters, making them suitable for long slopes. - The use of biodegradable long fibers is also possible. *For more details, please refer to the PDF document or feel free to contact us.*

  • Earth retaining wall/foundation reinforcement
  • Earthworks
  • Pile and foundation work

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Slope greening method "Kaerudogreen Method"

Slope greening method "Kaerudogreen Method"

Utilizing the surface soil on site for natural restoration greening. A wide range of soils, from sandy soil to organic soil, can be used for construction.

The "Kaerudogreen Method" is a slope greening technique that utilizes surface soil for the restoration of natural vegetation and recycles construction-generated soil. It effectively recycles natural surface soil and construction-generated soil (excavated soil, muddy water treatment cake, dredged soil), which were previously disposed of, into a durable "vegetation substrate soil" that can be pneumatically transported. Similar to conventional vegetation substrate spraying methods, it can be applied to various slope and ground conditions, and by changing the thickness of the vegetation substrate, it can accommodate slopes from loose soil to bedrock. 【Features】 ■ Wide compatibility from sandy soil to organic soil - Can be used immediately except for soil that significantly exceeds the liquid limit. ■ Improved granular structure with water retention and air permeability - The soil is improved into a granular structure that excels in water retention and air permeability, making it resistant to erosion by water, thus creating a vegetation substrate suitable for plant growth. ■ Achieves natural restoration at low cost - Excavated soil, including surface soil obtained by heavy machinery, can be used. *For more details, please refer to the PDF materials or feel free to contact us.

  • Civil Engineering Method
  • Ground foundation construction method
  • Other civil engineering services

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[Information] Overview and Case Studies of the Polysoil Greening Method <NETIS Registration>

[Information] Overview and Case Studies of the Polysoil Greening Method <NETIS Registration>

Greening solar power generation facilities! We introduce an overview and various utilization examples.

This document introduces an overview of the Polysoil Greening Work implemented as a soil erosion prevention measure for solar power generation facilities, along with various case studies of its application. *NETIS Registration: KT-210082-A Starting with the "Overview of Polysoil Greening Work," it includes photos showcasing the greening of solar power generation facilities. Please use this as a reference for Polysoil Greening Work. 【Contents (Excerpt)】 ■ Company Overview ■ Greening Solar Power Generation Facilities! (Effects of Polysoil Greening Work) ■ Previous Vegetation Works ■ New Vegetation Works ■ Overview of Polysoil Greening Work *For more details, please refer to the PDF document or feel free to contact us.

  • Civil Engineering Method

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Polysoil Soil Improvement Method for Slope Greening in Rock Bed Greening

Polysoil Soil Improvement Method for Slope Greening in Rock Bed Greening

Highly effective for greening rock surfaces! When naturally dried, it exhibits erosion prevention effects and forms a robust greening foundation that is not washed away even by heavy rainfall of several tens of millimeters per hour.

The "PoliSoil Soil Improvement Method" is an effective slope greening technique that offers rapid erosion prevention, reliable full greening, and high cost-effectiveness, even for rock and hard soil. By adding acrylic polymer resin to the soil material, a solid foundation is achieved. It protects the surface by spraying it onto rock slopes or soil slopes. Since fertile black soil is solidified with acrylic resin and soil granulation agents, it is not washed away by rain. 【Features】 - Soil material: High-nutrition foundation of black soil, bark compost, and wood-based fibers - Rapid effectiveness that demonstrates erosion prevention within 1 to 3 days of natural drying after construction - Forms a robust greening foundation that combines erosion prevention and permeability - Protects slopes with a coating effect that does not wash away even in heavy rain with rainfall rates of several tens of millimeters - Its effects last approximately six months to one year, ensuring reliable greening regardless of the construction period ★ For soil slopes, we recommend the cost-effective "PoliSoil Greening Method." We also provide a catalog along with the "PoliSoil Soil Improvement Method," so please refer to the PDF materials for more details or feel free to contact us.

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  • Special Construction Method

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Greening Method "Plasma Green Method"

Greening Method "Plasma Green Method"

We promote resource circulation by utilizing locally sourced materials and recycled resources.

The "Plasma Green Method" is an innovative new spraying technique that utilizes plant waste and excavated soil from dam sediment to create a strong slope formation, taking into consideration harmony with the environment and landscape. Once the sprayed material intertwines with the ground surface, it does not create structural gaps with the underlying soil, allowing for a foundation that experiences minimal expansion, contraction, and degradation, and it is possible to propose the absence of a wire mesh depending on the local conditions. By forming a strong foundation, it enables the establishment of communities where native large tree plants, which have slow germination and growth, are less suppressed by invasive herbaceous plants and legumes. [Features] ■ Advanced afforestation is possible ■ Strong foundation formation is possible ■ Cost reduction is possible ■ Design considerate of the landscape is possible *For more details, please feel free to contact us.

  • Civil Engineering Method
  • Renovation and repair methods
  • Special Construction Method

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