Water Reducer in Construction Projects Helps Save Costs and Is a Chemical Additive.

• Customization: Available
• Appearance: Water
• Application: Concrete Admixture, Floor Hardener, Grouting Material, Mortar Admixture, Plastering Material
• Model NO.: PCE
• Chemical Composition: Polycarboxylate-based Water Reducers
• Setting Time: Normal Setting Time
• Type: Ultra-high-range Water-reducing Agent
• Water Reduction Rate: 20%-30%
• Features: High Water Reduction Rate
• MOQ: 500kg
• Samples: 200kg
• Transport Package: Nylon
• Specification: 25kg/bag
• Trademark: sidley
• Origin: China
• HS Code: 3824401000
• Production Capacity: 5000ton/Year

Product Description

Company profile
Sidley Chemical Co., Ltd. is a manufacturer specializing in the production, sales and export trade of cellulose ether. Our products are used in food, medicine, coatings, construction and other industries. Under the condition of mature manufacturing technology .We have more competitive products and provide technical services to our customers
Product details
The core function of water-reducing agents is to significantly reduce the amount of mixing water without lowering the strength of concrete, or to greatly enhance the fluidity of concrete when the amount of water remains unchanged. 
Its main functions can be divided into the following three points: 
1.Enhancing fluidity: When the water-cement ratio (the proportion of water to cement) remains unchanged, the addition of water-reducing agents can make the concrete mixture thinner and more fluid, facilitating pouring, especially for components with complex shapes or densely reinforced bars. 
2. Enhance strength: Under the condition of maintaining the fluidity of concrete unchanged, the water consumption can be reduced and the water-cement ratio can be lowered, thereby significantly improving the mechanical strength such as compressive and tensile strength and the durability of concrete. 
3. Cost savings: Under the premise of meeting the design strength requirements, the amount of cement can be reduced, directly lowering the raw material cost of concrete. At the same time, it can also reduce the problem of hydration heat caused by excessive cement usage.