Ground Stabilization
The Power of Polyurethane Injection in Soil Stabilization
Polyurethane injection resins are an effective solution for filling concrete voids and removing collapsed concrete. This method is used in various areas such as villa-type buildings, highways, factories and machine platforms. Polyurethane is injected into floor voids, allowing large loads to be lifted and the floor to be stabilized. The fast reaction and high durability offered by this technology increases safety in construction projects.
Floor Stabilization with Two Component Polyurethane Products
PURINSEAL EN 402 and EN 403 are two-component polyurethane injection systems developed for filling low and high volume voids. These products react without the need for water and stabilize the floor in a short time. Offering cost advantages in high-volume voids, these solutions both save time and reduce costs in construction projects.
Advanced Solutions in Concrete and Soil Stabilization
Voids under concrete floors can increase structural risks. Polyurethane injection systems quickly fill these voids, strengthening the floor and providing water tightness. The foam formed during application acts as a hydraulic lever, allowing the concrete to be brought to the desired level. This method is especially ideal for industrial areas and infrastructure projects.
Ground Stabilization Injections
Our products used in ground stabilization are as followed:
At this application, two component polyurethane injection products are preferred. One component products need water to react. One component products cannot be used as there is not water in every area where ground stabilization is conducted. Two component products fill in the voids in short time by quick reaction and ensure ground stabilization.
PURINSEAL EN 402: This two component low viscosity product is used to fill in the low volume voids or cracks. When contacts with water it forms little foam. It is applied with two component injection machine. However, according to the demands, it can also be applied with one component injection machines by expanding pot life.
Our Brand Providing Solutions in These Fields
Backed by PURIN’s expertise, TARVIX offers a complete range of high-performance injection resins. From water cut-off and crack sealing to ground consolidation and structural lifting, TARVIX provides trusted solutions engineered for the toughest conditions.
TARVIX
PURIN | TARVIX Product Broshure
PURINSEAL EN 403: This two component low viscosity product is used to fill high volume voids occur on the ground. When the two components are mixed, it forms foam by reacting without any need of water. Preferring this product in high volume voids provides a cost advantage. It is applied with two component injection machine.
- Used Areas
- Advantages
- Product Table
- Videos
- Gallery
- Articles
Application Areas
- Foundation and ground stabilization of villa type buildings.
- Reinforcement of soils under highways and bridges.
- Ground stabilization of factories and industrial plants.
- Reinforcement of the ground under machine platforms.
- Realignment and removal of collapsed concrete slabs.
- Ground stabilization in areas with high underground water levels.
- Filling voids under concrete floors.
- Reinforcement of foundations of historical buildings.
- Filling large volume voids in construction projects.
Advantages
- Polyurethane injection resins offer fast applicability, which shortens the duration of projects.
- Provides high durability and long life, extending the life of structures.
- Reacts without the need for water, which ensures waterproofing.
- Effectively fills voids and stabilizes the floor.
- Offers cost advantage in high volume cavities.
- The foam formed during the reaction acts as a hydraulic lever to lift the concrete.
- Ideal solutions for industrial areas and infrastructure projects.
- Provides flexibility against ground movements, which increases resistance to earthquakes and other natural disasters.
- Environmentally friendly and provides environmental sustainability.
| Product | Viscosity (cP,23ºC) | Mixing Rate | Structure | Starting of Reaction | Ending of Reaction | TDS |
|---|---|---|---|---|---|---|
| PURINSEAL EN 114 | 120 | 1% Catalyst | Forms a semi-rigid foam when in contact with water. | 10 sec | 120 sec | |
| PURINSEAL EN 401 | 250 | 1:1 | Forms a water-tight, flexible elastomeric gasket (70 shore A) | Pot Life: 40 min | Pot Life: 40 min | |
| PURINSEAL EN 402 | 400 | 1:1 | Forms a water-tight, rigid elastomeric gasket (70 shore D) | 20 sec | 40 sec | |
| PURINSEAL EN 403 | 300 | 1:1 | Forms a rigid foam in anhydrous environment | 10 sec | 80 sec | |
| PURINSEAL EN 404 | 350 | 1:1 | Forms rigid foam when in contact with water and forms a rigid elastomeric gasket in anhydrous environment. | 20 sec | 140 sec | |
| PURINSEAL EN404s | 350 | 1:1 | Forms rigid foam when in contact with water and forms a rigid elastomeric gasket in anhydrous environment. | 50 sec | 500 sec | |
| PURINSEAL EN 405 | 325 | 1:1 | Forms rigid foam in anhydrous environment, expands x1 of its volume (70 shore D) | 40 sec | 120 sec |
EN 101
EN 105
EN 106
EN 112
EN 113
EN 114
EN 115
EN 116
EN 301
EN 401
EN 402
EN 403
EN 404
EN 404s
EN 405
EN 406
EN 450
Add your content here…
EN 
TR