Last Updated： Aggregation Period:Sep 16, 2026～Oct 13, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 16, 2026～Oct 13, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 16, 2026～Oct 13, 2026
This ranking is based on the number of page views on our site.
121～150 item / All 4430 items
For drilling holes for the installation of automotive spoilers and aero parts!
The "drill for resin" proposed by Star M is used for drilling holes for the installation of automotive spoilers and aero parts, as well as for drilling holes in air ducts and intake manifolds. ● For more details, please contact us.
Next-generation eco-homes that surpass energy-efficient houses, achieving high airtightness and high insulation.
The "O・S・D exterior insulation construction method" is our original method that protects the entire internal structure of the house with insulation materials, stabilizing the indoor thermal environment. Additionally, by replacing windows with resin sashes that have thermal resistance 1,000 times higher than aluminum sashes, we can prevent heat from flowing in and out through the openings (windows) that determine the performance of the house. ● For more details, please contact us or download the catalog.
This is an introduction to noise and vibration control methods for partial floor areas or specific rooms within a building.
Our company's "Floating Floor and Floating Room Method" is a noise and vibration control method for partial floor areas or specific rooms within a building. It involves "vibration isolation," which controls the transmission of noise and vibrations generated on the floor or in the room to the outside, and "vibration damping," which controls the transmission of external noise and vibrations to the floor or within the room. The former, vibration isolation, is applicable to fitness studios, dance halls, live houses, and helipads, while the latter, vibration damping, is suitable for semiconductor manufacturing equipment, television studios, recording studios, and concert halls. 【Features】 ■ High vibration isolation effect with a natural frequency of 3-5 Hz ■ Provides a floating floor system that can reduce the height of the floor ■ Composed of a floating slab embedded with springs ■ Shim insertion into the unit is also possible ■ Structure allows for level adjustment of the floor finish *For more details, please refer to the PDF document or feel free to contact us.
It can be used on a steel plate even at the pointed tip, freeing you from the need for pre-drilling.
Aren't you troubled by the installation of ALC boards? Red Pears solves such worries all at once. With the "head pops off" self-torque function, you can achieve optimal torque tightening. Also, take a look at our original products that have made strides in the screw industry for many years. Of course, solving our customers' problems is also our mission, so please feel free to share your thoughts with us. 【Features】 ○ Workability ○ Reliability For more details, please contact us or download the catalog.
Soft touch (soft material) molding.
This is an introduction to the "Tape-Backed Slit Moulding" handled by Masaru Industrial Company.
Extend the life of the tank and piping in the liquid contact area with lining and coating!
The "FRP Tank Lining Method" regenerates and extends the life of aging underground tanks at low cost and in a short period of time. It stops the progression of corrosion in existing underground tanks and prevents leakage. Losses caused by corrosion (decay areas) are compensated by forming an FRP layer after cleaning. This method has achieved significant cost reductions compared to traditional tank replacement work. 【Features】 ■ Low Cost - Approximately one-third the cost of tank replacement ■ Construction Period - One 10kl underground tank: about 10 days - Simultaneous construction of four tanks: about 15 days (without manholes) *For more details, please refer to the PDF materials or feel free to contact us.
The excellent function of "white"! The white layer reflects light, suppressing the rise in surface temperature of the pipe.
The "PL-WPE20100" is a polyethylene pipe that reflects light with its white layer, helping to suppress the rise in surface temperature of the pipe. It has minimal impact on roots from hot water and also inhibits the growth and accumulation of bacteria that can cause pipe blockages. We also offer a "multi-adapter with tube for 4 branches" that features a confirmation window for easy maintenance, allowing for quick identification of clogs. 【Features】 - Easy identification of installation locations, improving work efficiency - Excellent strength and flexibility with a two-layer structure that minimizes thermal contraction and expansion - The internal black layer prevents light transmission, helping to suppress the rise in water temperature inside the pipe - Outstanding durability For more details, please contact us or download the catalog.
Repair and reinforcement method ASR lithium method
The "alkali-silica reaction" that deteriorates concrete structures, which were said to be maintenance-free, and even reduces their strength. Initially, it was believed that the damage was limited to surface cracking of the concrete, but recent investigations have pointed out the possibility of internal concrete deterioration and rebar fracture, making the issue more serious. 【Features】 ○ By pressurizing and injecting an ASR suppressor primarily composed of lithium nitrite, it effectively penetrates and diffuses through the fine cracks in the internal concrete of the structure, reducing future expansion of the internal concrete and suppressing further deterioration due to ASR. ● For other functions and details, please download the catalog.
A repair method that can fundamentally suppress alkali-silica reaction (ASR)!
By pressurizing and injecting lithium nitrite into the entire concrete member, it is possible to non-expand the alkali-silica gel, which is the cause of ASR, fundamentally suppressing further deterioration. This method is also effective for structures that cannot tolerate re-deterioration due to moisture supply. 【Construction Procedure】 1. Seal the surface of the member with polymer cement mortar. 2. Drill holes of φ20mm at intervals of 750mm in the concrete structure. 3. Inject lithium nitrite into the entire member using a pressurization device (injection duration: approximately 20 to 30 days). 4. Fill all injection holes with non-shrink grout material. *For more details, please refer to the PDF document or feel free to contact us.
Efficient reinforcement of existing structures! Reliable integration of existing concrete and new concrete.
The "K-PREX Method" is a technology that introduces prestress into existing structures by expanding the diameter of drilled holes within the existing concrete and using fixed PC steel materials. This method aims to reinforce the interior of existing structures or integrate new and old components. By introducing prestress at the joint surfaces, water tightness is significantly improved. Since it can also be applied to existing structures, it allows for economical reinforcement of components in soil and underwater. Additionally, it can reduce the number of chemical anchors required. 【Features】 ■ Expanding the diameter of drilled holes within existing concrete ■ Introducing prestress using fixed PC steel materials ■ Reinforcing the interior of existing structures or integrating new and old components ■ Significantly improving water tightness by introducing it at joint surfaces ■ Reducing the number of chemical anchors required *For more details, please refer to the PDF materials or feel free to contact us.
We will introduce a rational joint method for precast PC floor slabs that omits the reinforcement in the joint area.
The "ELSS Joint" is a completely new floor slab jointing method that solves the challenges of loop joints without compromising safety, durability, drivability, or cost-effectiveness, by joining with only softer filling materials than the concrete of the floor slab itself. By utilizing the unique structural characteristics of the floor slab, which is continuously supported in the direction of vehicle travel by steel girders and earthquake-resistant wall parapets, this method features the incorporation of low-stiffness filling joints at intervals along the direction of vehicle travel, transforming the floor slab structure into an anisotropic slab with differing stiffness in the direction of vehicle travel and width. **Features** - Joins using only filling materials that are softer than the concrete of the floor slab itself. - Solves the challenges of loop joints without compromising safety, durability, drivability, or cost-effectiveness. - Transforms the floor slab structure into an anisotropic slab with differing stiffness in the direction of vehicle travel and width. - Reduces the bending moment in the direction of vehicle travel, which has lower stiffness. - Significantly simplifies the joint structure. *For more details, please refer to the PDF materials or feel free to contact us.*
The effect of the immobile membrane regeneration is immediately demonstrated, and it can suppress subsequent rebar corrosion!
The "Rehabilitation Capsule Method" is a repair method that can fundamentally suppress salt damage and neutralization. By pressurizing and injecting lithium nitrite, which is a permeable diffusion type, around the rebar in concrete, it is possible to regenerate the passive film on the rebar and fundamentally suppress further rebar corrosion. It is also effective for structures that cannot tolerate re-deterioration due to inherent salt or airborne salt. 【Features】 ■ Can reliably supply lithium nitrite to the rebar position in a short period ■ The effect of regenerating the passive film is immediately exhibited, allowing for the suppression of further rebar corrosion ■ The required amount of lithium nitrite can be quantitatively determined according to the amount of chloride ions *For more details, please refer to the PDF document or feel free to contact us.
Shortened construction period and reduced construction costs achieved! An ideal greening method for the global environment.
The "PRE (Pialuī) Greening Method" is a greening spray method that reuses felled trees and purchased raw chips discharged from construction sites, allowing for on-site recycling. By applying coal ash (the main raw material for the binder MC binder) to the soil, the impact of acid rain caused by coal-fired power generation on the soil is mitigated. Recycled materials such as "coal ash (used as a binder) and wood chip waste (used as a substrate)" are used in the spraying material to achieve permanent greening. 【Features】 ■ Compliant with the Green Purchasing Law ■ Designated method as "Design Comparison Target Technology" by the Ministry of Land, Infrastructure, Transport and Tourism ■ Vegetation substrate spraying method that does not require wire mesh ■ Greenhouse gas reduction effect ■ Construction achievements exceeding 600,000 m² * For more details, please refer to the PDF materials or feel free to contact us.
Reinforcing the foundation ground with the uplift effect of reinforcement materials, the shear effect of filler materials, and the load distribution effect.
The "Mattress Method" is one of the surface treatment methods used to reinforce the foundation ground. Under the surface of a foundation ground that lacks bearing capacity, or beneath the foundation of an underground structure, a three-dimensional and plate-like structure (mattress structure) is installed using "paralink" and infill materials (such as sand, gravel, or crushed stone). This forms a rigid plate-like structure that reinforces the foundation ground by distributing the load of the upper structure and exhibiting shear resistance within the mattress structure. 【Mattress Reinforcement Effects】 ■ Lifting effect due to the tensile force of the paralink ■ Shear effect due to the shear resistance of the infill material ■ Load distribution effect within the mattress structure *For more details, please refer to the PDF document or feel free to contact us.
Rock Bolt Method "ST Rock Bolt"
This is a reinforcement material (rock bolt) designed for permanent slopes treated with corrosion protection for screw-type steel bars. By inserting the ST rock bolt into the ground, it enhances the stability of the entire slope through interaction with the ground. 【Features】 - Reinforcement material suitable for permanent slopes due to heavy corrosion protection treatment - Applicable for soil pressure-resistant slope protection works and small to medium-scale collapse countermeasures - Suitable for countermeasures against collapse during temporary steep excavation or steep cut slopes. ● For other functions and details, please contact us.
Active two-directional pressure injection for reliable full adhesion!
In areas where access is difficult and the boreholes cannot stand independently, the leg drill method using rope scaffolding has been widely used. In contrast, the "SP Leg Drill" actively employs "two-directional pressure injection," enabling the installation of permanent bolts up to 3.0 meters even in ground where the boreholes cannot stand independently. Additionally, this pressure injection can be applied for the repair of aging slope protection structures. 【Features】 - Economical short-length rock bolts for ground where boreholes cannot stand independently - Reliable anchoring achieved through pressure injection For more details, please contact us or download the catalog.
Achieving a large restraining force by inserting indented PC steel wire.
The "SP Soil Nail - SR Type" is based on the conventional "SP Soil Nail" but further improves the tensile strength of the core material. It features a unique design where PC steel wire, which has been processed with indentations to enhance adhesion, is inserted after the main wire, making it an economically superior Strand Reinforce (SR) type of simple double-tube high-strength rock bolt method that can also be proposed for partial areas of permanent anchors. 【Features】 ○ Significantly increased strength providing anchor-like restraining force ○ Insertion of PC steel wire after bolt installation For more details, please contact us or download the catalog.
It is a self-drilling rock bolt that can be used as a lock bolt without modification.
Rock bolts are widely used in tunnel support work and slope reinforcement work in mountainous areas. Among these, particularly in cases where the ground does not support the hole walls or on steep slopes, self-drilling rock bolts that can be used directly as rock bolts with drilling rods have become popular to improve workability. Esty Engineering Co., Ltd. has recently completed the development of the self-drilling rock bolt "SP Anchor," which pursues improved workability and thorough cost-effectiveness. We sincerely hope for your wide utilization of this product. 【Components】 ○ SP Bit ○ SP Bolt (Hollow rolled screw steel bar) ○ SP Coupler ○ SP Nut For more details, please contact us or download the catalog.
A route pile construction method that achieves high speed, labor savings, and multi-stage hook effects.
The "SP Fix Pile" uses a hollow SP bolt as a center rod and employs the "Permanent Route Pile Method," which involves double-tube drilling with a general-purpose drill pipe, and can also be applied as a micro pile. Once drilling is complete, injection is performed through the SP bolt, and only the drill pipe is withdrawn, allowing for labor-saving and high-speed construction without the need for rod recovery or core material installation work. Although it features a thick bolt structure with a diameter of 115 mm or more, stable drilling and reliable shaping through pressurized injection can be achieved with a general-purpose anchor machine up to about 20 meters, making it effective as a long, thick bolt for countermeasures on slopes with extremely deep soft layers or embankment slopes. Additionally, when adopted as a compression-type pile foundation, placing a "mouth reinforcement pipe" at the head allows for the rational handling of horizontal forces and bending moments in addition to axial compressive forces. 【Features】 - Permanent Route Pile Method - Labor-saving and high-speed construction without rod recovery or core material installation work - Reliable shaping through stable drilling and pressurized injection - Rational handling of horizontal forces and bending moments in addition to axial compressive forces For more details, please contact us or download the catalog.
It's an economical high-speed forepolling method that advances by "digging 3 meters at a time" with ease.
The "SP-IF method" is an economical high-speed fore-poling that allows for easy work with "advancement of 3 meters at a time." A 2.5m hollow FRP bolt is connected to the rear end of a 4m self-drilling bolt, allowing for a total fore-poling length of 6.5m. It achieves a minimum of two layers of top-end bolt reinforcement at all excavation locations. 【Overview】 ○ Implemented for every three steel supports (advancing 3m at a time) ○ Narrow excavation while cutting away the subsequent FRP pipe ○ Striking the drive coupler to avoid damage to the FRP bolt ○ SP-IF excavation length: 3.0m For more details, please contact us or download the catalog.
Metal exterior wall material Chateau Roche IISX
A stone pattern design that combines realistic design and painting, aimed at authenticity. Its unique expression creates a higher-level appearance. This is a recommended product with a self-cleaning feature. 【Features】 ○ Fine joints ○ Fire safety performance grade 3 ● For other functions and details, please contact us.
Metal outer wall material Tere SX
We added a comb-drawn design, along with the transition of the iron and the expression of natural materials. The natural white and brown colors are also perfect for coordinating with different textures. This is a recommended product with a self-cleaning feature. 【Features】 ○ Shallow texture ○ Fire safety performance grade 3 ● For other functions and details, please contact us.
Effective for drainage, permeability, and greening! High-performance slope protection method.
The "Sprayed Porous Concrete Method" uses a honeycomb-type flexible formwork (TerraCell) to spray porous concrete inside the formwork. This method forms a permeable, porous concrete that allows drainage at all cross-sections, preventing the stagnation of groundwater and suppressing the retention of spring water, thereby preventing loosening and collapse of the construction surface. When planting vegetation, it promotes greening easily without hindering the establishment of the vegetation substrate. 【Features】 ■ Balances slope protection work and greening work ■ Vegetation is maintained over the long term ■ Lightweight and flexible, providing good workability ■ Can drain water to the back across the entire slope ■ Controls the height of plants, reducing maintenance costs such as mowing *For more details, please refer to the PDF document or feel free to contact us.
We introduce a new method that allows not only herbaceous plants but also the planting of shrubs!
The "Teracell Wall Greening Method" involves fixing Teracell (a honeycomb-shaped flexible form made of high-density polyethylene) to wall surfaces (such as concrete or masonry blocks), filling the frame with planting soil, and then planting vegetation to green the wall. There are two thicknesses of Teracell for wall greening: 15 cm and 20 cm, allowing for the selection of planting substrate thickness based on the species of plants to be planted. This significantly expands the options for the plants that can be planted. 【Features】 - Made of lightweight and strong high-density polyethylene, it can be easily fixed to concrete surfaces. - Its flexibility allows for installation on uneven surfaces and curves. - The planting substrate within the frame uses a lightweight artificial soil with excellent water retention and drainage properties. - By wrapping plant seedlings in coir pots (made from coconut fibers) and moss, it prevents soil runoff during heavy rain. - It is also possible to add high-performance water-retaining agents to the soil as an option. *For more details, please refer to the PDF document or feel free to contact us.
The maximum pull-out force of the reinforcement material can be applied up to 90 kN per unit based on field tests!
The "Slope Failure Countermeasure Ground Reinforcement Soil Method" is a technique that primarily reinforces slopes through tensile force by inserting numerous rock bolts into the ground. Field tests were conducted under conditions where ground collapse did not precede. Bolt loads in the range of 150 to 155 kN were observed, and pull-out of the reinforcement bolts was noted; however, no deformation such as destruction or breakage of the hold plates and wire ropes was confirmed. 【Design Considerations】 ■ Stability calculations for the slope ■ Calculation of necessary restraining forces ■ Assumptions for reinforcement material placement ■ Design of slope construction ■ Examination of stability ■ Completion of structural calculations *For more details, please download the PDF or feel free to contact us.
The grid-like wire rope and the restraining and supporting force of the anchors suppress the initial movement of floating stones and rolling stones!
We would like to introduce the "Rockfall Disaster Prevention and Mitigation Method" handled by Nippon Vegetation Co., Ltd. The initial movement of floating and rolling stones is suppressed by the restraining and supporting force of the grid-like wire rope and anchors. The design of the Eagle Hold divides the ground into areas requiring soil reinforcement and areas requiring rockfall prevention, and structural calculations are performed for each section according to conventional standards. 【Design Considerations】 ■ Determination of rockfall load ■ Design of materials used ■ Calculation of allowable load for materials ■ Calculation of acting loads ■ Examination of stability ■ Completion of structural calculations *For more details, please download the PDF or feel free to contact us.
It minimizes the felling of standing trees on slopes and excels in protecting natural landscapes!
We offer the "Rockfall Prevention Combined Slope Failure Countermeasure Construction." This method prevents slope failure by using rock bolts inserted into the ground, while also enabling rockfall prevention through a grid-like wire rope secured to a specially designed support plate, addressing both sources of slope failure and rockfall prevention. The main components remain unchanged from conventional slope failure countermeasure methods and rockfall prevention methods, and the design can be carried out according to each respective standard as before. 【Features】 ■ Rockfall Prevention ■ Slope Failure Countermeasure *For more details, please download the PDF or feel free to contact us.
![[Construction Case] Rockfall Countermeasures and Prevention Work for Important Infrastructure (Slope near Railway Crossing)](https://image.www.ipros.com/public/product/image/503/2001486566/IPROS62386708639342285014.png?w=280&h=280)
The soil type is gravelly soil, and it is an example of rockfall countermeasures and preventive construction within a range of 1,500 m²!
We would like to introduce a case where our "Tezak Super Lock (contact type)" was implemented in slope maintenance work near a railroad crossing. This project was commissioned by a private entity and carried out in Hyogo Prefecture. The soil type was gravelly soil, and it involved rockfall countermeasures and preventive work over an area of 1,500 m2. The contact type method involves installing thick wire mesh as auxiliary material to prevent erosion from gravel and other materials while preventing floating and rolling rockfalls. [Case Overview] ■ Project Name: Slope Maintenance Work Near Railroad Crossing ■ Location: Hyogo Prefecture ■ Construction Date: February 2021 (Reiwa 3) ■ Area: 1,500 m2 ■ Soil Type: Gravelly Soil *For more details, please refer to the related links or feel free to contact us.
![[Construction Example] Greening of the asphalt (pavement) factory employee parking lot.](https://image.www.ipros.com/public/product/image/5ad/2001488253/IPROS89414683441887583661.jpeg?w=280&h=280)
Standard equipped with automatic irrigation system! A case study of thin-layer parking greening method installed on pavement.
In the fiscal year 2018 (H30), we would like to introduce a case where the "Tafutafu Park 55," a type of green parking method installed on pavement, was implemented in the greening project of a private factory employee parking lot. The existing asphalt was excavated by 55mm, and our product was embedded. Due to the limited number of parking spaces for employees, the project was divided into sections to ensure that employee parking could be maintained during construction. Please feel free to contact us if you have any inquiries. [Case Overview] ■ Project Name: 2018 (H30) Fiscal Year Private Factory Employee Parking Lot Greening Project ■ Location: Hyogo Prefecture ■ Construction Date: March 2019 (R1) ■ Area: 400m2 ■ Purpose: Parking Lot *For more details, please refer to the related links or feel free to contact us.
The construction period can be shortened, and even if there are no operating factories or alternative parking spaces available, it is possible to carry out the work with minimal yard space!
In the fiscal year 2022 (R4), we would like to introduce a case where the "Tafutafu Park 55" green parking method was implemented in the greening construction of a private factory employee parking lot. This method was adopted because it minimizes the removal of existing asphalt and can be constructed without affecting the operational factory. We excavated 55mm of the existing asphalt and installed our product. This method does not require the stripping of existing pavement such as asphalt or earthworks, allowing for a reduction in removal and disposal costs. 【Case Overview】 ■ Project Name: 2022 (R4) Fiscal Year Private Factory Employee Parking Lot Greening Construction ■ Location: Osaka Prefecture ■ Construction Date: October 2022 (R4) ■ Area: 1330m2 ■ Purpose: Parking Lot *For more details, please refer to the related links or feel free to contact us.
