Actinophyl polyoxyethylene ether (TPEG) ● KA-108 carbon five-major Cologne manufacturer direct supply

Product Description

The new composite raw material of polycarboxylic acid hypertar carboxylic acid reducing agent developed by our company by its own company has passed the inspection and identification of the high -sex water reducing agent made by it by it, which fully meets the polycarboxylic acid The relevant requirements of the water reduction industry standard "JG/T223-2007" and the Ministry of Railways "Interim Technical Conditions for High Performance Calcum" of Passenger Line.

Features

1. This product is better to cement.

2. The cost of this product has greatly reduced the products produced by other types of polycarboxylic acid raw materials.

3. The product has a solid content of 22%, and the water reduction rate of 1.1%of the concrete can reach more than 30%.

4. This product has the characteristics of early strength and high strength. The early intensity and the 28 -day strength have significantly improved. The compressive strength ratio is%: 1D <180, 3D> 170, 7D> 160, 28D> 150.

5. This product has high durability, can effectively reduce the concrete water glue ratio, improve durability, and reduce contraction and tactile changes.

6. The product has a low collapse loss, the starting trend of the beginning, and does not affect the intensity. It has a slow -release effect.

7. This product is green and environmentally friendly products. The oxygen ion content: <0.1%, which meets the ISO14000 environmental protection international management standards.

Product performance

1. This product adopts high -active catalysts and special synthetic processes, with a lighter appearance.

2. The product has good selectivity, the double health reservation rate is high, and the revenue of water reduction products has been greatly increased, thereby reducing the cost of water reducing agent production.

Scope

This product is mainly used to produce high -performance cement water reduction products for polycarboxylic acids.