1～9 item / All 9 items
Excellent in constructability and structural performance.
Q&S stands for Quick and Strong, and it refers to a frame construction method that incorporates star lapping in its structure, offering excellent on-site workability and structural strength.
Enables vegetation recovery in devastated areas. Prevents slope desiccation and nutrient depletion in the long term.
This technology stabilizes the restoration of target plant communities by substituting the surface erosion prevention effects expected from early-growing plants in traditional vegetation engineering with soil erosion prevention mats, while introducing a high-quality substrate similar to forest soil. Due to the mulching effect, it is possible to protect plants from slope drying and frost heave by enhancing the water retention and insulation properties of the vegetation substrate. Additionally, the soil waterproof mats come in both biodegradable and non-biodegradable types, allowing for differentiation based on greening goals. 【Features】 ■ Spraying a vegetation substrate similar to forest soil on slopes ■ Laying high erosion prevention soil erosion prevention mats on the vegetation substrate surface ■ Mixing reinforcing short fibers into the vegetation substrate without using wire mesh during spraying ■ Long-term prevention of slope drying and nutrient depletion ■ Prevention of substrate erosion caused by surface water and snow during heavy rainfall *For more details, please refer to the PDF materials or feel free to contact us.
Excellent in constructability and structural performance.
The EE type frame set construction method uses crimped wire mesh that has been plated over the entire frame member, resulting in minimal rust occurrence and excellent durability. This method was developed as part of the Q&S frame construction method.
It is a state-of-the-art compression-type anchor that is less likely to experience progressive deterioration.
It has excellent stress distribution characteristics due to a load-bearing structure that effectively disperses the load. NETIS registration number: KT-060037-A
The SSL-CE type anchor contributes to the rationalization of slope disaster prevention work through technology and cost-effectiveness.
The SSL-CE type anchor method achieves excellent stress distribution characteristics through a compression-type support mechanism that is less prone to tensile cracking in the grout and a load-bearing body that effectively distributes the load.
A construction method that can be implemented faster than on-site pressure plates and at a lower cost than large secondary product pressure plates!
【Features】 (1) The construction process is short because it does not require on-site formwork processing. (2) The components are lightweight and there are few types. (3) They are factory-processed products, ensuring stable quality. (4) The construction management period is short, and there is little effort required for quality and shape management. (5) It has a significant unevenness adjustment function. (6) There is little waste material, resulting in a small environmental burden.
The SSL permanent anchor method consists of two techniques: the P-type and the M-type, which are both expansion pressure types.
The SSL-P type anchor body is suitable for clay and weathered rock, where the anchor fixation part is enlarged, and an anchor body is created inside the enlarged hole using grout. This method ensures the anchor's load capacity based on the bearing strength of the fixed ground in the enlarged section. The SSL-M type anchor body is suitable for soft to medium hard rock, where after enlarging the anchor fixation part, the anchor body is inserted and expanded in the enlarged section, ensuring the anchor's load capacity based on the bearing strength of the fixed ground in that section. NETIS registration number: HR-990015-A.
Excellent water retention and nutrient retention, preventing the drying of the substrate. It is economical as it does not use wire mesh.
This technology is a low-cost greening method for slopes and road embankments, primarily using herbaceous plants for full greening on relatively gentle slopes. It excels in water retention and nutrient retention, preventing the drying out of the substrate. Additionally, it is economical as it does not use wire mesh. It overcomes significant challenges of traditional vegetation substrate spraying methods, such as "substrate runoff" and "substrate drying." 【Features】 - Adopted for full greening primarily using herbaceous plants - Low cost - Overcomes major challenges of traditional vegetation substrate spraying methods *For more details, please refer to the PDF materials or feel free to contact us.*
The visualization of hazardous areas contributes to the safety of workers! It is also possible to carry out greening work on the surface.
This technology is a method to ensure safety during construction on slopes that are prone to rockfalls due to surface erosion, such as the back of sediment control dams. It aims to provide short-term slope protection to secure safety during the construction process. By solidifying quickly and suppressing the outflow of fine sediment, it is possible to protect the supporting parts of slopes that have a high risk of rockfalls, thereby improving safety. When deformation occurs, cracks and fissures become visible, making it easier to predict hazards. 【Features】 - Resistant to alkali and salt damage - Can be used in conjunction with vegetation works (vegetation substrate spraying) - Protects the supporting parts of slopes with a high risk of rockfalls, enhancing safety - When deformation occurs, cracks and fissures become visible, making hazard prediction easier - Can be constructed using the same machinery as mortar spraying *For more details, please refer to the PDF materials or feel free to contact us.
