Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.
1～15 item / All 19 items
Ground anchor method vs. VSL residual anchor method
By using 2 to 12 strands of PC steel wire, the design anchor force per tendon can be arbitrarily selected up to 2036 kN. 【Features】 ○ This is a ground anchor method using the tensioning system of the VSL method. ● For other functions and details, please contact us.
Permanent anchor method vs. VSL permanent anchor method
The basic structure, materials used, construction methods, and durability are the same as conventional permanent anchor methods, but it has been improved to a system that can reliably grout the inside and outside of the corrugated sheath with a single injection pipe, and by reducing the diameter of the corrugated sheath and the drilling diameter, it is a new VSL permanent anchor method aimed at cost reduction. 【Features】 ○ A permanent anchor method that employs a corrugated sheath and ensures reliable double rust prevention measures. ● For other functions and details, please contact us.
Permanent anchor method J1 permanent anchor method
It is one of the ground anchor methods using the VSL method, capable of accommodating both vertical and diagonal directions. It is effective in preventing building overturning, preventing uplift due to groundwater, preventing differential settlement, and stabilizing various structures. 【Features】 ○ It is a permanent anchor method used as part of buildings and structures as defined by the Building Standards Act, with vertical and diagonal types available. ● For other functions and details, please contact us.
The world's first permanent anchoring method based on a groundbreaking theory.
The KTB load distribution type permanent anchor method is a groundbreaking structure that distributes loads by providing multiple load-bearing bodies, making it the world's first permanent anchor of its kind. It avoids localized concentration of loads, preventing cracks in the grout. It excels in long-term corrosion resistance, durability, and structural stability. NETIS Registration No: KT-990136-A
High durability tension-type ground anchor with excellent workability and easy maintenance management.
The globally widespread tension-type anchor can cause cracking in the grout due to localized load concentration, leading to issues such as tendon corrosion. This construction method uses fully coated PC steel wire <SC strand> and is a permanent anchor that solves this problem all at once. NETIS Registration No: KT-990247-V
This is the cutting-edge technology of slope stabilization works! Elevating slope protection, reinforcement, and greening methods to a new stage.
The "No Scaffolding Anchor Method" is an anchoring technique that completely eliminates the need for temporary scaffolding. By establishing a construction method using wire tensioning, it is possible to eliminate the need for setting up temporary scaffolding. Since temporary scaffolding is not required, there is no need for a crane on-site, and there are no restrictions on the construction area. The drilling machines are lightweight and compact, making it easy to transport them to high places using simple ropeways or monorails. This method is cutting-edge technology for slope stabilization, excelling in both economic efficiency and safety. ★ Ministry of Land, Infrastructure, Transport and Tourism NETIS Registration Number: CG-090003-A ★ 【Features】 ■ No temporary scaffolding required ■ Wide applicability for high places, isolated areas, narrow valleys, and steep slopes ■ Complete double-pipe construction with lightweight machinery ■ Increased progress and cost-effectiveness through multiple machine operations ■ Environmentally friendly construction among trees, with improved efficiency through combined work For more details, please refer to the catalog or feel free to contact us.
High-strength anchors can be installed on weak ground with a short anchorage layer! The free length and anchorage length can be significantly reduced.
The "Balloon Body Anchor" is a simple and reliable pressure-type anchoring method. A steel tube, approximately 10 cm square, made by folding a thin steel plate, is installed underground. Next, this steel tube is pressurized and expanded with grout material to form a bulbous shape, securing the tendon. It is possible to significantly shorten the free length and anchorage length, making it feasible to construct even on narrow sites with soft ground that lacks a stable anchorage layer. 【Features】 ■ High-strength anchor installation is possible in soft ground ■ Shortening of anchor length is possible ■ The anchor body can be accommodated within a narrow site ■ Construction period can be shortened ■ Reliable installation of the anchorage body *For more details, please refer to the PDF materials or feel free to contact us.
NETIS registered! A construction method that achieves quadruple corrosion protection throughout.
The "KTB Load Distribution Permanent Anchor Method" is a revolutionary structure that achieves load distribution by providing multiple load-bearing bodies. Localized concentration of load is avoided, preventing cracks in the grout. Additionally, it boasts excellent long-term corrosion resistance, durability, and structural stability. 【Features】 - The design anchor load is reliably distributed to the ground through several load-bearing bodies. - Uses fully coated PC steel strands "SC Strand" for tendons, ensuring complete rust prevention. - The number of strands is set according to the design anchor load. - Allows for changes in anchor length on-site in response to changes in geological conditions. *For more details, please feel free to contact us.*
We will solve the problem of easily deflected wooden trusses, making large-span construction possible.
The "Expanded Resin Anchor Method" is a joint technology that enables design architecture like timber construction without hardware, as well as large-span buildings such as gymnasiums. Since the joints are made within the wood, they are not affected by drying shrinkage. The epoxy resin is filled in a spherical shape, eliminating any wobbling, and it possesses high rigidity and strength to the extent that the inserted bolts can break. Additionally, since no hardware is visible on the surface of the wood, it maintains a simple appearance as if the wood pieces are directly connected, preserving the design of exposed materials. 【Features】 ■ High rigidity and strength ■ No exposed hardware ■ Resistant to humidity and salt damage ■ No custom hardware required ■ Use of solid wood and locally sourced materials ■ Suitable for renovation work *For more details, please download the PDF or feel free to contact us.
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.
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.
Permanent anchor method using a lightweight and rust-free new material.
The NM Ground Anchor Method uses carbon fiber strands for the tensioning material, a stainless steel tendon grip for the anchor head, and a composite material reinforced with glass long fibers for the pressure plate, which provides excellent strength, lightness, and durability. It is a permanent anchor method that utilizes a new lightweight and rust-resistant material. It is ideal for anchor construction in harsh corrosive environments such as hot spring areas and volcanic regions. For more details, please download the catalog or contact us.
Ground anchor construction KTB anchor method
The KTB anchor method uses a screw-type anchor head for anchoring each strand after "wedge" anchoring, and further anchors it using a ring nut method with the screw-type anchor head, eliminating set loss and enhancing the tightening effect. 【Features】 ○ The KTB anchoring method is a wedge and nut anchoring system, which eliminates losses, allows for free re-tensioning, and enables flexible adjustment of the strand length and number on-site. ○ The tensioning materials used in this method, <SC strand> and <SC unbonded> (fully coated PC steel wire), are materials that significantly enhance the corrosion resistance performance against various corrosive environments for PC steel wire. ● For other functions and details, please contact us.
