SIKA TECHNOLOGY AG (20240208874). AQUEOUS ADMIXTURE FOR INORGANIC BINDER COMPOSITION simplified abstract
Contents
AQUEOUS ADMIXTURE FOR INORGANIC BINDER COMPOSITION
Organization Name
Inventor(s)
Didier Lootens of Küsnacht (CH)
AQUEOUS ADMIXTURE FOR INORGANIC BINDER COMPOSITION - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240208874 titled 'AQUEOUS ADMIXTURE FOR INORGANIC BINDER COMPOSITION
Simplified Explanation:
This patent application discusses aqueous admixtures for inorganic binder compositions used in additive manufacturing. These admixtures contain specific percentages of anionic polymers, water insoluble liquid defoamers, and optional retarders.
- These aqueous admixtures contain 12-55% anionic polymers, such as plasticizers and superplasticizers, to improve the workability of inorganic binders.
- They also include 15-35% water insoluble liquid defoamers to reduce foam formation during the manufacturing process.
- Optionally, 1-10% retarders can be added to control the setting time of the binder compositions.
Potential Applications:
These aqueous admixtures can be used in various additive manufacturing processes, such as 3D printing, to enhance the properties and workability of inorganic binder compositions.
Problems Solved:
These admixtures address issues related to foam formation, workability, and setting time control in inorganic binder compositions used in additive manufacturing.
Benefits:
The use of these aqueous admixtures can improve the overall quality, efficiency, and performance of inorganic binder compositions in additive manufacturing processes.
Commercial Applications:
Title: Aqueous Admixtures for Inorganic Binder Compositions in Additive Manufacturing These aqueous admixtures can be commercially utilized by manufacturers of 3D printers, construction materials, and other industries that rely on additive manufacturing processes.
Questions about Aqueous Admixtures for Inorganic Binder Compositions: 1. What are the key components of these aqueous admixtures and how do they impact inorganic binder compositions? 2. How do these admixtures compare to traditional additives used in additive manufacturing processes?
Original Abstract Submitted
aqueous admixtures for inorganic binder compositions, useful in the field of additive manufacturing including a) 12-55, preferably 15-50 weight-%, especially 20-45 weight-% of at least one anionic polymer selected from the group consisiting of plasticizers, water reducers, superplasticizers and workability retainers for inorganic binders, b) 15-35 weight-%, preferably 20-30 weight-% of at least one water insoluble liquid defoamer, and c) optionally 1-10 weight-%, preferably 2-5 weight-% of at least one retarder, based on 100 weight-% of the aqueous composition.
