The ever-evolving IS base is paving the way for new construction methods in a new era.
For the foundation of air conditioning outdoor units, eco-cute heat pump units, and oil tanks, as well as for various piping supports. For securing vending machines.
Make your home safe and secure with earthquake-resistant construction!
Patents obtained in countries around the world! Incredible strength and flexibility, excellent durability and endurance performance! Case studies of residential to large-scale and mid-to-high-rise public wooden construction projects are now available!
Concrete that combines ultra-high strength, high toughness, and ultra-high durability.
Developed post-installed ceramic anchoring shear reinforcement bars! Achieving excellent shear reinforcement efficiency.
【No changes to the drawings required】Over 10,000 installations! With easy construction, this vibration control device can reduce building deformation by approximately "1/2".
Publication of KTB anchoring methods, including KTB fixation methods, construction examples in architecture and civil engineering, etc.
Seismic construction methods for specific ceilings / Traditional ceilings!
Completely watertight, safe, and hygienic non-excavation seismic retrofitting method for existing manholes!
A seismic reinforcement method that bonds brace materials to existing frameworks by releasing prestress.
"Minister of Land, Infrastructure, Transport and Tourism certified seismic walls" reduce shaking by up to 76%! They can cover a wide range from small earthquakes to seismic intensity 7.
Ideal for seismic reinforcement! A seismic device that can be used as a horizontal force distribution structure and lateral displacement restraint structure to complement existing supports.
Five-layer rust prevention! A highly reliable anchoring method for preventing toppling and uplift in mid- to high-rise buildings.
There are two types of specifications! It accommodates the ceilings of eaves, piloti, and rooms where fire protection equipment is installed.
Have you completed measures against the aging deterioration of on-site cast concrete water storage tanks? For leakage and seismic reinforcement of existing water storage tanks! Inspections of fire water tanks are being required nationwide.
This is a seismic control system for wooden houses developed using the rubber compounding technology of Sumitomo Riko, which boasts the world's No. 1 market share in automotive vibration-damping rubber.
A dry wall construction method that allows for the assembly of the base structure with a one-touch, no-welding technique.
Achieved annual sales of 250,000 units.
Solving the building equipment seismic design and construction guideline a + b < 250 by installing the independently developed Catalyzer!
Ceiling drop accident '0'! You can choose between direct-mounted type and suspended ceiling type.
By reducing the weight of the foundation, we can suppress the sinking of the building even during earthquakes and other events!
Reduction of approximately 50% in power consumption! We will introduce a case study that achieved both the extension of lifespan and improvement of functionality by renovating aging wastewater treatment facilities!
We will introduce a reliable construction method that is economical and allows for a shortened construction period!
Even if there is a displacement difference between the upper and lower floors when an earthquake occurs, the outer walls will not fall off or be damaged!
We will suppress the rising of manholes due to liquefaction during earthquakes and ensure the drainage function of the sewage system!
Can be used for medium to large-scale wooden structures. Strong against vibrations! Easy to install! No need for re-tightening! Seismic-resistant washer "Titanic" compatible with various joints.
The definitive method for preventing manhole floatation! Includes examples of the inner weight method construction!
The TEC method is the strongest ceiling substrate system that uses square pipes for the furring and braces, ensuring a horizontal allowable load capacity of 9000N.
The seismic retrofitting of the music hall ceiling can be done without the so-called "semi-structural" steel framework! An integrated ceiling using lightweight materials [grid-fixed ceiling].
Disaster prevention measures from a multifaceted perspective by experts from government, private sector, and academia.
Is your important land (foundation) okay? The often-overlooked issue of ground stability is a social problem.
There are many pitfalls in easy ground improvement and reinforcement work.
Plus1 for peace of mind! It is a guarantee for your important family.
Precast concrete with excellent material barrier properties and resistance to dissolution and leaching.
We will introduce examples of seismic reinforcement and cross-section restoration construction in the Tohoku region!
Since the reinforcement framework will be entirely made of steel, modular construction is possible! This enables the efficiency of the construction process.
By applying horizontal reinforcement, we secure 9000N! It is also compatible with ceilings exceeding a hanging length of 1500mm.
High seismic performance for architectural structures! Ground improvement methods directly beneath existing structures for liquefaction countermeasures.
Space-saving construction is possible! It is economically advantageous and maintains the drainage properties of stone walls.
A construction method for installation pipes using a combined auger and pressure insertion technique that incorporates special branches with earthquake resistance and water tightness!
Applicable to all seismic components! With a significant reinforcement effect and high reliability, wall-mounted columns can also be easily reinforced.
If you provide the floor plan and 3D diagram of the relevant property, we will offer it free of charge!
Cases of complaints due to unpleasant vibrations in steel frame structures are increasing! We will explain the points to consider in order to reduce vibrations and ensure livability.
By using PC cables for seismic reinforcement of the roof structure, we achieved a lightweight design with good workability and a shortened construction period.
Minimal noise, vibration, and dust generation! An attractive seismic reinforcement method utilizing domestic timber.
Robust (equivalent wall strength of 3.2 times) - Fast (construction period of 2-3 days) - Affordable (about half the market price) - No waste generated. Eligible for subsidies from municipalities nationwide!
Free design, safety, cost reduction! Achieving a 12m large span with inexpensive housing timber (under 6m).
Significant reduction in construction period and specialized in seismic performance!!
A dry construction method that simplifies the construction process, allowing for a finished result with fewer steps.
Ideal for beam construction in schools and similar buildings! Introduction of a beam construction method that allows for free selection of design and style.
Minimum substrate dimensions of 200Φ (100R) are possible! Compatible with secondary curved surfaces (R ceilings, wave ceilings, round columns)! Using R-processed free channel products.
This is an introduction to the construction method for substructures using materials suitable for U columns, H-shaped steel, and other steel frameworks!
A lineup of "RC construction type" for lightweight steel frame wall substrate construction methods for exterior wall materials and "steel construction type" for substrate assembly methods.
It has in-plane deformation performance, follows the deformation of the building, and is effective in preventing the destruction of base materials and finishing materials.
Achieved a 50% reduction in construction time and cost! This is an arc stud welding method for epoxy resin-coated rebar using dedicated jigs.
![ncn01 [更新済み].jpg](https://image.www.ipros.com/public/company/image/1d2/2075148/IPROS62216829965752505764.jpeg?w=280&h=280)
Support for energy-efficient and comfortable living spaces with approximately 3,500 calculation results annually.
Three selectable sizes: Wooden seismic shelter with excellent living design.
Since it can be delivered using a dedicated cart, the packaging material is limited to minimal protection, and individual material arrangements are not necessary!
Repair and reinforcement methods for concrete structures using carbon fiber sheets and aramid fiber sheets!
A mechanism that absorbs energy and reduces cross-sectional forces! Applicable to both new bridges and seismic reinforcement of existing bridges.
It is possible to significantly reduce temporary costs without requiring a complete scaffold inside!
Over 3,900 construction achievements! Introducing our original rock bonding method that withstands massive earthquakes.
A construction method that is resistant to earthquakes and liquefaction, and offers excellent cost performance!
Technical evaluation products from the Japan Disaster Prevention Association that contribute to improving the quality of buildings and seismic resistance, as desired by design, construction, and owners.
A method for seismic retrofitting the connection between existing manholes and pipes using non-excavation techniques.
Ensuring seismic performance by rehabilitating aging pipes! There is no risk of damaging nearby buried objects.
Applicable to reinforced concrete pipes! Seismic retrofitting method for rehabilitation pipes and manhole connections using non-excavation.
Achieving seismic resistance for various types of sewer pipes! Introducing case studies of NS cutting method and remaking lining.
It allows for the cutting of embedded grooves to match the diameter of the reinforcement bars!
Patent obtained - 30-minute fire resistance certification! Composite waterproofing method using urethane and metal.
Seismic reinforcement while living in your home! An earthquake-resistant reinforcement method that is gentle on the Earth and kind to residents.
The tip of the steel pipe pile is driven into the supporting layer! It is suitable when there is a layer of weak ground more than 1.5m under the building.
Jack up only the building above the foundation using the base as a reaction force! This is an introduction to the sinking correction method.
I strongly feel the necessity of earthquake risk management in the three-dimensional automated warehouse tomorrow!
Exhibits excellent performance in terms of seismic resistance, construction period, and cost! Suitable for all types of concrete buildings.
Introducing a case study of a commercial facility constructed using the "KES method," a joint hardware construction technique for wooden buildings.
Ceiling surface components achieve a weight of 2.0 kg/m² or less! A ceiling method that is resistant to damage even in major earthquakes.
We manufacture at our own factory and also handle the construction!
We achieve shortened construction periods, improved quality, and cost reduction through continuous work across multiple trades.
Disaster prevention, mitigation, and national resilience! We will prevent levee breaches caused by liquefaction and ground subsidence during earthquakes!
A wall that can be constructed using the indirect joint steel pipe cotter method, featuring space-saving, low vibration, and low noise.
Strong and beautiful concrete products and methods. Unique and stylish paving materials that match any scene. Numerous case photos and technical information are also included.
We can accommodate sizes not available in regulated products! We respond to various requests for damping forces.
Selection Series to Avoid Failure: Are you aware that there is a difference in the damage caused to measuring devices between seismic isolation and earthquake resistance?
Reduce seismic intensity 7 tremors by 1/30! A vibration isolation system that lifts the entire building using the power of air!
Reduces vibration transmission with an air cushion under the floor! Easy maintenance with computer control.
Even with uneven loads, the upper and lower tables do not produce yawing! The materials for the rails, wheels, and axles are made of SUS304.
Ideal for protecting social assets! Isolating the server rack alone to safeguard valuable "information and assets."
Introducing a method for artificially improving the ground without causing environmental pollution.
Suppressing the effects of liquefaction! The impact of differential settlement can be minimized.
We prevent liquefaction during an earthquake through the drainage effect!
Construction is possible even below a height of 1.5m! Achieving excellent water stopping performance with simplicity and speed!
Improvement of constructability and cost-effectiveness, shortening of construction period! Seismic joint construction method that meets Level 2 seismic motion.
Easy to transport and assemble! Thanks to excellent strength characteristics and fresh properties, thin-walled embedded formwork can be produced.
High seismic resistance capable of withstanding horizontal loads equivalent to 2.2G! Easy-to-install seismic ceiling substrate material that achieves a short construction period!