Flowric products and technology
Flowric products and technology
- Recruitment information
- Recruitment Message
- Flowric's work
- Members
- Flowric's corporate culture
- Flowric products and technology
- Recruitment requirements, selection process
- Recruitment questions
- Entry
① What is a chemical admixture for concrete?
Until now, concrete has been made from aggregates such as cement, water, and sand/gravel, but it has been found that the addition of certain chemicals improves the quality of concrete.It is a chemical admixture for concrete.
Specifically, it is used for the purpose of improving the strength of concrete, adjusting the setting and hardening time, reducing drying shrinkage, changing viscosity, improving watertightness, and improving strength against frost damage.
In recent years, with the advancement of construction technology and construction methods, high performance is required for concrete, so many chemical admixtures are used.Today, almost no concrete product is produced without chemical admixtures.
②Flowric products and technology
Various state-of-the-art admixture technologies are used for a wide variety of Flowric products, depending on the application.
Flowric SV10/RV10 series
The high water reduction effect and slump retention effect achieved by the functions of the conventional AE water reducing agent and the polycarboxylic acid-based compound developed by our company improve the workability of concrete and increase the durability of concrete structures. .
Standard type
| Products | Principal component | Characteristics | Use |
|---|---|---|---|
| Flowric SV10L | lignin sulfonate Oxycarboxylate Polycarboxylic acid compound |
High function type No chloride type Reduction of unit water volume Improvement of slump loss Reduced drying shrinkage (5-15%) *SV10K |
For general civil engineering and construction |
| Flowric SV10 | |||
| Flowric SV10H | |||
| Flowric SV10K | Oxycarboxylate Polycarboxylic acid compound Glycol ether derivative |
←You can swipe left and right→
delayed form
| Products | Principal component | Characteristics | Use |
|---|---|---|---|
| Flowric RV10L | lignin sulfonate Oxycarboxylate Polycarboxylic acid compound |
High function type No chloride type Reduction of unit water volume Improvement of slump loss Reduced drying shrinkage (5-15%) *SV10K |
For general civil engineering and construction Hot summer concrete Mass concrete |
| Flowric RV10 | |||
| Flowric RV10H | |||
| Flowric RV10K | Oxycarboxylate Polycarboxylic acid compound Glycol ether derivative |
←You can swipe left and right→
Flowric SF500 series
A chemical admixture with higher water reducing performance and better slump retention and air entrainment than AE water reducing agents.Can be used in a wide range of applications, from general strength concrete to high strength, high fluidity concrete.
Standard type
| Products | Principal component | Characteristics | Use |
|---|---|---|---|
| Flowric SF500S | Polycarboxylic acid compound | No chloride type Significant reduction in unit water volume Slump and slump flow retention performance Reduced bleeding Reduced drying shrinkage (5-15%) *SF500SK, SF500RK |
For general civil engineering and construction High strength concrete high fluidity concrete durable concrete High-rise RC Mass concrete etc. |
| Flowric SF500H | |||
| Flowric SF500SK | Polycarboxylic acid compound Glycol ether derivative |
For general civil engineering and construction High strength concrete durable concrete High-rise RC Mass concrete etc. |
|
| Flowric SF500F | Polycarboxylic acid compounds and interfaces Composite of activator-based special thickener |
Special thickener one-liquid type Improved separation resistance |
General civil engineering, construction work Medium to high fluidity concrete |
| Flowric SF500BB | Polycarboxylic acid compound lignin sulfonate |
For concrete with high blast furnace slag content Improved separation resistance Reduction of slump loss |
General civil engineering, construction work High strength concrete high fluidity concrete CO2Environmentally friendly concrete such as reduction |
←You can swipe left and right→
delayed form
| Products | Principal component | Characteristics | Use |
|---|---|---|---|
| Flowric SF500R | Polycarboxylic acid compound | No chloride type Significant reduction in unit water volume Slump and slump flow retention performance Reduced bleeding Reduced drying shrinkage (5-15%) *SF500SK, SF500RK |
For general civil engineering and construction High strength concrete high fluidity concrete durable concrete High-rise RC Mass concrete etc. |
| Flowric SF500HR | |||
| Flowric SF500RK | Polycarboxylic acid compound Glycol ether derivative |
For general civil engineering and construction High strength concrete durable concrete High-rise RC Mass concrete etc. |
|
| Flowric SF500FR | Polycarboxylic acid compounds and interfaces Composite of activator-based special thickener |
Special thickener one-liquid type Improved separation resistance |
General civil engineering, construction work Medium to high fluidity concrete |
| Flowric SF500BBR | Polycarboxylic acid compound lignin sulfonate |
For concrete with high blast furnace slag content Improved separation resistance Reduction of slump loss |
General civil engineering, construction work High strength concrete high fluidity concrete CO₂Environmentally friendly concrete such as reduction |
←You can swipe left and right→
Shrinkage reducer series
A chemical admixture that reduces drying shrinkage and autogenous shrinkage of concrete by suppressing shrinkage of cement hydrates in hardened cement and suppressing water loss due to changes in pore structure.
Standard type
| Products | Principal component | Characteristics | Use |
|---|---|---|---|
| shrink guard | hydrocarbon compounds Glycol ether derivative |
Reduced drying shrinkage (15-30%) Improved freeze-thaw resistance Air stability of fresh concrete |
For general civil engineering and construction Cold weather concrete for construction |
| Pancake guard | Glycol ether derivative | Reduced drying shrinkage (15-35%) Air stability of fresh concrete |
For general civil engineering and construction durable concrete |
| crack guard | Reduced drying shrinkage (15-40%) Suppression of neutralization of concrete Improving the watertightness and airtightness of concrete |
For general civil engineering and construction Ultra high durability concrete |
|
| nutte guard | Suppression of initial drying shrinkage Curing effect by moisturizing (improvement of strength) |
For general civil engineering and construction |
←You can swipe left and right→
