good quality plasticizer calcium lignosulfonate for making concrete
Calcium Lignosulfonate – GREEN AGROCHEM
calcium lignosulfonate grade three Uses. Could work as plasticizer in making concrete n making concrete to maintain the ability of concrete flow with less water.Also used during the production of cement, where they act as grinding aids in the cement mill and as a rawmix slurry deflocculant (that reduces the viscosity of the slurry).
Technical Data Sheet Calcium Lignosulfonate
1.Could work as plasticizer in making concrete n making concrete to maintain the ability of concrete flow with less water.Also used during the production of cement, where they act as grinding aids in the cement mill and as a rawmix slurry deflocculant (that reduces the viscosity of the slurry). 2.
calcium lignosulfonate admixture for concrete, calcium
calcium lignosulfonate admixture for concrete, Wholesale Various High Quality calcium lignosulfonate admixture for concrete Products from Global Sodium Tripolyphosphate Suppliers and calcium lignosulfonate admixture for concrete Factory,Importer,Exporter at Okchem.com.
Factory Supply Concrete Water Reducer Calcium Lignosulfonate
Chemical Name: Lignosulfonic Acid Calcium Salt: CAS NO. 8061-52-7: EINECS.No. 23-25-059 : Application: 1. Used as a water reducing admixture for concrete: the mixing amount of the product is 0.25 to 0.3 percent of the weight of the cement, and it can reduce the water consumption by more than 10-14 percent, improve the workability of the concrete, and improve project quality.
Calcium Lignosulfonate Brazil Mg-2 Ca As Nano Calcium Or
Calcium lignosulfonate products of the company have already be widely used as follows: . 1. Used as concrete water reducer: doped cement 0.25 to 0.3%, can reduce water consumption by 10 to 14, to improve the workability of concrete, improve project quality, could slump loss in summer use, generally complex to use with superplasticizer.. 2. Used as mineral binders: melting industry, mixed with
calcium lignosulphonate for ready-mix concrete
Quality Lignosulfonate for Concrete - The MasterbuilderQuality Lignosulfonate for Concrete Introduction Cement is a much agglomerated powder that has to be dispersed to be fully utilised when making c Sodium/Calcium Lignosulphonate, Poly Naphthalene Sulfonate(PNS/SNF), Polycarboxylic Copolymer(PC) Superplasticizer, Air Entraining Agent
(PDF) Effects of Ca-, Mg-, K-, and Na-lignosulfonates
Lignosulfonates are waste products of the pulp and paper industry. The effects of various metal-cation-containing lignosulfonate-based plasticizers on the properties of concrete mixtures produced
A Contractor’s Guide to Superplasticizers
Concrete No. Admixture Time of Set (Min.) Initial Final 1 none 281 382 2 naphthalene 355 435 3 melamine 350 440 4 calcium lignosulfonate 625 770 with air-entraining depressant 5 calcium lignosulfonate 430 532 6 naphthalene and calcium 390 475 lignosulfonate Set Times of Concrete Treated with Various HRWR
R. Flatt, I. Schober, in Understanding the Rheology of Concrete, 2012. Lignosulfonates. Lignosulfonates (often abbreviated as LS) were one of the first dispersants added as an admixture to concrete. Lignosulfonates have been used since the 1930s as plasticizers or water reducers. Mixed with concrete, their use has afforded the beneficial effects of retarding the setting time and reducing the
Raw materials - Lignosulphonate (Calcium and Sodium)
Calcium lignosulphonate is used in many industrial fields. As water reducer it is used because of small dosage, low air content, good workability. The product is a deeply modified nature lignin. It has light wooden smell, it is not poisonous, not harmful. This liquid form has a good water solubility and high chemical stability. After-sale service:
CALCIUM LIGNOSULFONATE (40-65)
Calcium Lignosulfonate (40-65) - Page 5 of 8 amounts of low-molecular weight polymeric material and reducing sugars than does the FCC-specified material. Because of these differences and the end uses for the material reviewed by the 69th JECFA, the expert committee decided that the FCC material and the material it evaluated were sufficiently different as to