Goodbye to the time spent worrying about "mud." A new additive for removing mud.
While driving in, the final resistance value can be measured, making it efficient and without waste! Introduction of resin-based reducing agents.
Dust suppression during construction! The surrounding environment and work environment will be improved.
Strength of 980N/5cm or more! To distribute the load, the transportation of construction machinery becomes easier, ensuring safety!
A grounding resistance reduction material that is difficult to diffuse in soil, effective in small quantities, and excels in workability and safety.
Due to its low viscosity, it has excellent permeability!
Cement-lime composite type! It is expected to improve rapid construction performance and achieve high strength in the medium to long term.
Quality inspection shortened from one week to same day! A new soil column method for constructing high-quality columns.
Vibration measurements were conducted before and after the measures were implemented! A reduction of 4 to 5 dB in the vertical direction was confirmed!
A solidifying agent primarily composed of lime, properly blended with inorganic materials! You can select the type suitable for the site based on the soil being treated and the construction method!
By reducing the weight of the foundation, we can suppress the sinking of the building even during earthquakes and other events!
There are products that have the functions of a coagulant and a solidifying agent, which are widely used in water treatment facilities and woodworking sites!
Reliable quality that combines strength and flexibility! Solving various problems associated with embankments, subgrades, and weak ground.
Environmentally friendly solidifying agent! It's a soil improvement material that returns to the inherent strength of the soil itself!
Reinforcing weak or unbalanced ground with ground improvement work! It will also become more resilient to disasters!
Achieving low residual soil! A ground improvement method that increases the water-solid material ratio of cement milk to a high concentration of up to 40%.
A mixing plant that allows switching between automatic, semi-automatic, and manual operation with the push of a button!
For disaster recovery purposes, it is possible to instantly improve and transport the sediment that flows in during landslides caused by heavy rain and other events. [Free samples available]
Adopted at numerous sites within Saitama Prefecture! Details such as the target soil for improvement, construction timing, and construction location are also included.
Adopted at numerous sites within Yamagata Prefecture! Details on the target soil for improvement, construction timing, location, and more are also included.
Adopted at the site in Yamanashi Prefecture! Details such as the target soil for improvement, construction timing, and construction location are also included.
Adopted at numerous sites within Aichi Prefecture! Details on the target soil for improvement, construction timing, location, and more are also included.
Adopted at sites within Kagoshima Prefecture! Details on the target soil for improvement, construction timing, location, etc. are also included.
Improving high clay content soil to support enhanced drainage in agricultural land!
Quickly improve the mud at the landslide site! Enable dump truck removal.
Reduction of seismic forces and prevention of liquefaction! Constraining the soil inside the cell to suppress ground deformation and reduce seismic motion.
The impact of vibrations on residential areas and commercial facilities was found to be almost nonexistent, except for a very small range!
Support beams were also installed! We were able to keep the vibration level below 50dB!
Concerns about the impact on the living environment after residential construction! Introducing examples aimed at increasing vibration reduction effects!
Nonal Drain - Biodegradable Plastic Drain Material for Soft Ground Improvement
Here is a list of products from Pacific Materials that continue to support civil engineering and construction sites behind the scenes.
High quality! Lime for ground improvement that demonstrates excellent effects across a wide range of fields.
We offer products that leverage the characteristics of both hard burn and soft burn!
The capabilities of our product are proven by numerous achievements in the country.
Create a rich life through civil engineering construction materials!
Excellent compaction greater than that of soil (such as mountain sand) can be ensured! Safe and secure civil engineering materials regenerated from inorganic sludge such as construction sludge!
Over 20 years of experience as a pioneer in sludge treatment/sludge recycling technology! Fluidized treatment soil, improved soil, Odessa system, contaminated soil purification treatment system.
Granulation to prevent dust generation! It is effective for residual soil treatment due to its rapid reaction!
Processed slaked lime in a moist state! The improvement effect is further enhanced by inorganic and harmless additives!
Using highly reactive special sodium silicate! The solid has high strength and excellent long-term durability.
Special water glass is used as the main agent! It can shorten the gel time without any additives.
Easy to transport and install! It does not disrupt the continuity of the soil, resulting in high friction resistance.
A three-dimensional mesh structure with compressive resistance creates a moderate space between the ground surface and the mesh sheet, ensuring a growth space for plants! Achieving eco-friendly weed control with the power of plants!
For tunnel auxiliary construction methods! A polyurethane injection material with excellent ground improvement effects and water inflow resistance.
Achieving low residual soil! A ground improvement method that concentrates the cement milk to a high density with a water-to-solid ratio of up to 40%.
Safe seismic isolation construction at less than half the usual price! Additionally, ground reinforcement and measures against earthquakes and liquefaction are also possible.
A new lineup of "Smart Formwork" for the Super Geo Method has started sales!!
Dry ground improvement method using sand and solidifying material for columnar body insertion (patented method)
Protecting Japanese buildings from earthquake disasters! Because it's in unseen areas, assurance of seismic and environmental performance is essential.
This is a case of bridge maintenance work (tentative name) for the Hiro Second Bridge and the left bank approach road in Kure City, Hiroshima Prefecture.
This is a case of road improvement and paving work on the general prefectural road Ishio-Tadabushi-Tsuchiura Line in Ishioka City, Ibaraki Prefecture.
This is an example of the improvement work for the Iwami IC No. 2 on the Route 9 Saji Mountain Bypass in Iwami District, Tottori Prefecture.
This is a case of road improvement work on the Fukuyama-Onomichi Line in Onomichi City, Hiroshima Prefecture.
This is a case study of the improvement work in the Monzen area of National Route 2 in Tatsuno City, Hyogo Prefecture.
This is a case of the construction ancillary works for the Goro Fureai Bridge in Mizunami City, Gifu Prefecture.
This is a case of road improvement work on National Route 13 in Yamagata City, Yamagata Prefecture.
An excellent method that achieves both ground reinforcement and vibration reduction effects simply by being laid on the target ground.
Recycling 'soil'! Bontelan improved soil becomes a high-performance ground material with various benefits!
Solidifies in just 15 minutes! Here’s an image of the process from a high-water-content clay state to solidification!
This is a report that seeks to determine the amount and cost of additives that enable the immediate transportation of mud generated from agricultural ponds.
This is a report that seeks to determine the amount and cost of the MT series high water content soil improvement agent added to local soil, allowing for immediate transportation.
A soil stabilizer that enables immediate removal by dump truck! Numerous construction examples included!
Adopted at over 1,400 locations nationwide! Details on the target soil for improvement, construction timing, and construction locations are also provided!
"What mechanisms do the high water content soil stabilizers in the MT series use to solidify?" Answers to many questions like this!
Introducing a test report that sought the optimal amount of the MT series high water content soil improvement agent for immediate transport by dump truck, conducted free of charge!
We provide detailed information along with photos about the standard addition amounts and the properties after improvement!
We present safety-related documents, including regularly conducted test results, analysis result reports based on soil environmental standards, and test reports for fish!
We present safety-related documents including regularly conducted test results, analysis reports based on soil environmental standards, and test reports on fish.
We present safety-related documents, including regularly conducted test result reports, analysis result reports based on soil environmental standards, and test reports on fish.
Introducing a soil improvement agent that instantly enhances the 'mud' generated from construction sites, enabling immediate removal by dump trucks! *Free samples available.
We will send promotional posters (A1 and A2) for the high moisture content soil improvement agent MT series to retailers and distributors free of charge.
What happens when the MT series high-cement soil improvement agent is soaked in water? We will introduce the water immersion conditions of each treated soil with photos.
We conducted a pot cultivation experiment of komatsuna and investigated the effects on plant growth in improved soil!
This is an example of improving the soil during the construction of pole installation, enabling rapid pole installation work!
Many recruitments in Hokkaido! Details such as the target soil for improvement, construction timing, and construction locations are also included.
Adopted at numerous sites within Ibaraki Prefecture! Details on the target soil for improvement, construction timing, construction locations, and more are also included.
Adopted at numerous sites within Iwate Prefecture! Details such as the target soil for improvement, construction timing, and construction locations are also included.
Adopted at numerous sites within Miyagi Prefecture! Details such as the target soil for improvement, construction timing, and construction locations are also included.
Adopted at numerous sites within Gunma Prefecture! Details such as the target soil for improvement, construction timing, and construction locations are also included.
Adopted at numerous sites within Akita Prefecture! Details on the target soil for improvement, construction timing, location, and more are also included.
Adopted at numerous sites within Niigata Prefecture! Details such as the target soil for improvement, construction timing, and construction locations are also included.
Adopted at numerous sites within Kanagawa Prefecture! Details on the target soil for improvement, construction timing, construction locations, and more are also included.
Adopted at numerous sites within Aomori Prefecture! Details such as the target soil for improvement, construction timing, and construction location are also included.
Adopted at numerous sites within Ishikawa Prefecture! Details such as the target soil for improvement, construction timing, and construction location are also included.
Adopted at numerous sites within Chiba Prefecture! Details such as the target soil for improvement, construction timing, and construction location are also included.
Many adoptions at sites within Nagano Prefecture! Details on the target soil for improvement, construction timing, construction locations, etc. are also included.
Adopted at numerous sites within Tokyo! Details such as the target soil for improvement, construction timing, and construction location are also included.
Adopted at numerous sites in the six prefectures of Tohoku! Details such as construction period and location are also included.
Adopted at numerous sites within Tochigi Prefecture! Details such as the target soil for improvement, construction timing, and construction location are also included.
Adopted at numerous sites within Toyama Prefecture! Details such as the target soil for improvement, construction timing, and construction locations are also included.
Adopted at numerous sites within Fukushima Prefecture! Details such as the types of soil targeted for improvement, construction timing, and construction locations are also included.
Adopted for construction in Ehime Prefecture! Details on the target soil for improvement, construction timing, location, and more are also included.
Widely adopted in construction in Okayama Prefecture! Details on the target soil for improvement, construction timing, location, and more are also included.
Adopted at many sites within Gifu Prefecture! Details on the target soil for improvement, construction timing, location, etc. are also included.
Adopted at many sites within Kyoto Prefecture! Details on the target soil for improvement, construction timing, location, and more are also included.
Adopted at numerous sites within Hiroshima Prefecture! Details such as the target soil for improvement, construction timing, and construction location are also included.
Adopted at numerous sites within Kagawa Prefecture! Details such as the target soil for improvement, construction timing, and construction location are also included.