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Reinforcement bracket Product List and Ranking from 22 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

Reinforcement bracket Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. タツミ Niigata//Building materials, supplies and fixtures
  2. null/null
  3. サンハヤト Tokyo//Resin/Plastic
  4. 4 ハイパック 本社 Hiroshima//Food Machinery
  5. 4 null/null
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Reinforcement bracket Product ranking

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. Do you not need fireproof materials? Design and lighting improvement with 'fireproof-free hardware' タツミ
  2. Reinforcement fittings for lip channel steel
  3. 150℃ heat-resistant test clip サンハヤト
  4. Plastic Clip "P Clip Series" ハイパック 本社
  5. 4 Easy reinforcement fittings for beauty clamps (for H-beams)

Reinforcement bracket Product List

46～60 item / All 79 items

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Seismic reinforcement hardware 'FIT Power' for concrete block walls, etc.

Seismic reinforcement hardware 'FIT Power' for concrete block walls, etc.

Can be installed even in narrow areas like densely populated urban residential areas! Seismic reinforcement brackets that can achieve seismic retrofitting in a short period with minimal construction.

"FIT Power" is a seismic reinforcement fixture such as a concrete block wall that replaces retaining walls. It limits the maximum protrusion of the site-side angle post to approximately 65mm, allowing for passage even after installation, making it a convenient design for narrow lots and densely populated residential areas. Additionally, it can be tightened by a single worker from the site side, enabling a reduction in construction time. It is also compatible with perennial walls. *Please inquire about delivery times as this is a made-to-order product. 【Features of FIT Power】 ■ Lock bolt pile foundation method - Ground friction force is seven times the weight - Shortened construction period and cost reduction ■ Round head bolts prevent free spinning ■ Design that maintains convenience even in narrow lots - Residents can pass through even after installation - Component weight manageable by one person ■ Demonstration experiments conducted under the guidance of the Faculty of Engineering, Gifu University ■ Patent obtained for "reinforcement structure and reinforcement materials for walls" ■ Certified as a recommended disaster prevention product by the Japan Disaster Prevention Safety Association *For more details, please refer to the PDF document or feel free to contact us.

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Seismic reinforcement fittings for concrete block walls 'FIT Power' Type 14

Seismic reinforcement fittings for concrete block walls 'FIT Power' Type 14

Can be installed even in narrow areas like densely populated urban residential areas! Earthquake-resistant reinforcement brackets that can be constructed quickly and with minimal work for seismic retrofitting.

"FIT Power" is a seismic reinforcement fixture such as a concrete block wall that serves as an alternative to retaining walls. It limits the maximum protrusion of the angle support on the site side to about 65mm, allowing for passage even after installation, making it a convenient design for narrow lots and densely populated residential areas. Additionally, it can be tightened by a single worker from the site side, enabling a reduction in construction time. The FIT Power Type 14 is compatible with block walls of H1, 400mm from the road surface. *We also have models available for block walls ranging from H1,200 to 1,800mm. 【Features of FIT Power】 ■ Lock bolt pile foundation method - Ground friction force is seven times the weight - Shortened construction period and cost reduction ■ Round-headed bolts prevent free spinning ■ Design that maintains convenience even in narrow spaces - Residents can pass through even after installation - Component weight manageable by one person ■ Demonstration experiments conducted under the guidance of the Faculty of Engineering, Gifu University ■ Patented as a "reinforcement structure and reinforcement member for walls" ■ Certified as a recommended product for disaster prevention by the Japan Disaster Prevention Safety Association *For more details, please refer to the PDF materials or feel free to contact us.

  • Anti-vibration, earthquake-proof, vibration-isolating devices

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Seismic reinforcement fittings for concrete block walls, "FIT Power," compatible with permanent walls.

Seismic reinforcement fittings for concrete block walls, "FIT Power," compatible with permanent walls.

Can be installed even in narrow areas like densely populated urban residential areas! Seismic reinforcement brackets that enable earthquake resistance construction in a short period with minimal work.

"FIT Power" is a seismic reinforcement fixture such as a concrete block wall that serves as a substitute for retaining walls. It limits the maximum protrusion of the angle support on the site side to approximately 65mm, allowing for passage even after installation, thus maintaining convenience in narrow lots and densely populated residential areas. Additionally, it enables a single worker to perform tightening operations from the site side, which can shorten construction time. *The model compatible with the perennial wall is made to order. Please allow about one month for manufacturing and delivery. 【Features of FIT Power】 ■ Lock bolt pile foundation method - Ground friction force is seven times the weight - Shortened construction time and cost reduction ■ Round head bolts prevent free rotation ■ Design that maintains convenience even in narrow lots - Residents can pass through even after installation - Component weight manageable by one person ■ Demonstration experiments conducted under the guidance of the Faculty of Engineering, Gifu University ■ Patent obtained as "Reinforcement structure and reinforcement members for walls" ■ Certified as a recommended disaster prevention product by the Japan Disaster Prevention Safety Association *For more details, please refer to the PDF document or feel free to contact us.

  • Anti-vibration, earthquake-proof, vibration-isolating devices

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FIT GATE construction example: FIT GATE + HIGHWALL

FIT GATE construction example: FIT GATE + HIGHWALL

Construction example of an original gate combining "FIT GATE" and "FIT HIGH-WALL"!

We would like to introduce a case where we delivered the "FIT GATE + HIGHWALL." The "FIT HIGH-WALL," which is the same height as the "FIT GATE," does not require a retaining wall due to its seismic design, allowing for secure pathways even in locations adjacent to roads, while also functioning as a privacy screen. Since the embedded post and intercom piping are installed and shipped from the factory, there is no need for detailed work on-site, reducing the burden of on-site labor. 【Case Overview】 ■ Product: FIT GATE, FIT HIGH-WALL ■ Size: Approximately W10,550 × H2,925 mm ■ Installation Time: Approximately 5 hours *For more details, please refer to the related links or feel free to contact us.

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FIT GATE construction example: shutter gate + arch gate + fence

FIT GATE construction example: shutter gate + arch gate + fence

The finishing work was done by the contractor! They completed it with a gentle impression for the gate.

We would like to introduce a case where a gate that integrates a shutter gate and an arch gate was manufactured with a split structure, and connection work was carried out on-site. The wall, which is the same height as the shutter gate that divides the garage space, was manufactured with FIT HIGH-WALL. The dimensions from the shutter gate to the wall are approximately W12,000 × H2,925 × D5,920 mm. [Case Overview] - The wall, which is the same height as the shutter gate that divides the garage space, was manufactured with FIT HIGH-WALL. - Installation time was approximately 6 hours. - The gate was finished with a gentle impression. *For more details, please refer to the related links or feel free to contact us.

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FIT GATE Construction Example: Shutter Gate 10

FIT GATE Construction Example: Shutter Gate 10

Introduction of a case where columns and beams were manufactured separately for a large gate and connected on-site.

We would like to introduce a case where a shutter gate for two units was manufactured and delivered by FIT GATE. Due to the large size of the gate, the columns and beams were manufactured in separate parts, and connection work was carried out on-site. After the installation of the framework, the contractor applied wall finishes and the gate was completed. Since privacy screens will be installed on both sides of the gate, we adjusted the design to accommodate the overhang of the steel frame base. 【Case Overview】 ■ Dimensions: Approximately W7,050 × H2,925 × D1,230 mm ■ Installation Time: Approximately 3.5 hours *For more details, please refer to the related links or feel free to contact us.

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FIT GATE construction example: Universal door + gate

FIT GATE construction example: Universal door + gate

A large structure measuring approximately W10,000 × H3,125 × D1,130 mm! Installation work will be completed in about 5 to 6 hours.

We would like to introduce a case where we manufactured and delivered the FIT GATE as a general-purpose door and shutter gate. The large structure measures approximately W10,000×H3,125×D1,130mm, and it was produced in several sections, which were then connected on-site. The installation work was completed in about 5 to 6 hours. 【Case Overview】 ■ Dimensions: Approximately W10,000×H3,125×D1,130mm ■ Installation Time: Approximately 5 to 6 hours *For more details, please refer to the related links or feel free to contact us.

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FIT GATE Construction Example: Tropical Style Gate

FIT GATE Construction Example: Tropical Style Gate

The roof is designed with a portion cut out to allow the growing plants to emerge!

We would like to introduce a case where a gate finished in a tropical style was manufactured and delivered. The finishing paint and tile work were carried out by a contractor. The roof has been partially cut out to allow the growing plants to emerge. Please feel free to contact us when you need our services. 【Case Overview】 - The finishing paint and tile work were carried out by a contractor. - The roof has been partially cut out to allow the growing plants to emerge. *For more details, please refer to the related links or feel free to contact us.

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FIT Power Construction Case Study: Company

FIT Power Construction Case Study: Company

The impact on neighboring residents is minimal, and we can complete the seismic reinforcement work in a short period!

We would like to introduce a case where FIT Power was adopted for the seismic reinforcement of a concrete block wall for a certain company. Due to the adjacent apartment building, it was difficult to carry out large-scale construction work. FIT Power can reinforce the existing block wall without major alterations, so while excavation work is necessary, it has less impact on neighboring residents compared to demolition and replacement work for fences, allowing for the seismic reinforcement work to be completed in a short period. [Case Overview] ■ Challenge - It was difficult to carry out large-scale construction work due to the adjacent apartment building. ■ Result - Although excavation work was necessary, it had less impact on neighboring residents compared to demolition and replacement work for fences, and the seismic reinforcement work was completed in a short period. *For more details, please refer to the related links or feel free to contact us.

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FIT Power Construction Case: Coin Parking

FIT Power Construction Case: Coin Parking

The installation period is shorter compared to demolition work, allowing for consideration of the users as well.

Here is a case study where FIT Power was installed on the boundary wall of a coin parking lot. Due to the difficulty of dismantling for exhaust gas measures, and the desire to maintain as much parking space as possible, it was decided to use FIT Power for seismic reinforcement instead of a retaining wall, which would have a large protrusion and reduce space. The protrusion on the site-side angle is about 65mm, allowing for seismic reinforcement while maintaining the parking space. [Case Overview] ■ Issues - Dismantling is difficult due to exhaust gas measures, and we want to maintain as much parking space as possible. ■ Results - The protrusion on the site-side angle is about 65mm, allowing for seismic reinforcement while maintaining the parking space. *For more details, please refer to the related links or feel free to contact us.

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FIT Power Construction Case: New Private Residence

FIT Power Construction Case: New Private Residence

Introducing examples that balance securing traffic flow and disaster prevention from earthquakes and other hazards!

We would like to introduce a case study of FIT Power installation in a newly built private residence. In this case, at the request of the homeowner, the flow from the service entrance to the single door next to the parking lot was poor. To resolve this issue, they chose FIT Power. Instead of removing all the support walls, we replaced two support walls from the single door to the service entrance with FIT Power, ensuring both a smooth flow and disaster prevention from earthquakes and other hazards. [Case Overview] - Replaced two support walls from the single door to the service entrance with FIT Power - Achieved both a smooth flow and disaster prevention from earthquakes and other hazards *For more details, please refer to the related links or feel free to contact us.

  • Anti-vibration, earthquake-proof, vibration-isolating devices

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FIT Power Construction Case: Nursery School

FIT Power Construction Case: Nursery School

Here is an example of how we were able to ensure the safety of the environment where small children live in a relatively short period of time!

Here is an example of FIT Power installation at a nursery school. FIT Power was installed for seismic reinforcement. It was possible to enhance seismic safety without narrowing the parking spaces or pathways. From the parking area, only the angle columns are visible, making them not very noticeable and not harming the landscape. 【Effects】 ■ Seismic safety was enhanced without narrowing the parking spaces or pathways. ■ It does not stand out much and does not harm the landscape. ■ The safety of the environment where small children live was protected. *For more details, please refer to the related links or feel free to contact us.

  • Anti-vibration, earthquake-proof, vibration-isolating devices

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FIT Power Construction Case: Kindergarten

FIT Power Construction Case: Kindergarten

Since large-scale construction such as demolition and removal is not required, it is possible to complete the work in a short period!

Here is an introduction to a case study of FIT power installation at a kindergarten. Although there was a retaining wall separating the kindergarten from the neighboring property, it was not installed at the appropriate pitch, so additional reinforcement was carried out using FIT power. Since the protrusion is smaller than the retaining wall, the children can play as they always have without feeling any discomfort. 【Case Overview】 ■ Additional reinforcement of the retaining wall separating the kindergarten from the neighboring property ■ Additional reinforcement of the wall near the play equipment ■ Children can play as they always have without feeling any discomfort *For more details, please refer to the related links or feel free to contact us.

  • Anti-vibration, earthquake-proof, vibration-isolating devices

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FIT Power Construction Case: Rental Apartment

FIT Power Construction Case: Rental Apartment

We will introduce a case where a block wall built in an alternating pattern was able to accommodate standard sizes!

We would like to introduce a case study of FIT power installation in a rental apartment. There were block walls of varying heights built alternately, but there were no retaining walls, posing a risk of toppling during an earthquake. However, since it faced the parking lot, constructing new retaining walls would have compromised convenience, and rebuilding would have significantly exceeded the budget, leading to hesitation in taking measures. After the installation, there were no large-scale construction works, and the construction costs were kept down due to the reduced scope of work. The corridor can be used without any difference from before. 【Case Overview】 ■ Issues - There were no retaining walls for the block walls of varying heights, posing a risk of toppling during an earthquake. - New construction would have compromised convenience and significantly exceeded the budget. ■ Solutions - There were no large-scale construction works, and construction costs were kept down due to the reduced scope of work. - Standard sizes could be accommodated even with the alternately built block walls. *For more details, please refer to the related links or feel free to contact us.

  • Anti-vibration, earthquake-proof, vibration-isolating devices

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