FIELD: building materials.
SUBSTANCE: present invention relates to the use of calcium carbonate having an average particle size in the range from 0.5 to 3 mcm, preferably from 1 to 3 mcm, in an inorganic mortar system for chemical fixation of anchors and glued reinforcing rods in mineral bases, containing a curable component of aluminate cement A and an initiator component B to initiate the curing process, wherein the component A additionally contains at least one blocking agent selected from a group consisting of phosphoric acid, metaphosphoric acid, phosphorous acid and phosphonic acids, and at least one plasticizer and water, and the component B contains an initiator, at least one setting retarder, at least one mineral filler and water. In addition, the present invention relates to the use of calcium carbonate having an average particle size in the range of 0.5 to 3 mcm, preferably from 1 to 3 mcm, in an inorganic mortar to increase load values, as well as to a method for chemical fixation of anchors and glued reinforcing rods, preferably metal anchors and glued reinforcing rods, in mineral bases, such as structures made of brickwork, concrete.
EFFECT: obtaining an inorganic mortar system.
16 cl, 3 tbl
Title |
Year |
Author |
Number |
USE OF AMORPHOUS CALCIUM CARBONATE IN FIRE-RESISTANT INORGANIC MORTAR SYSTEM BASED ON ALUMINATE CEMENT TO INCREASE LOAD VALUES AT ELEVATED TEMPERATURES |
2018 |
- Sharmak, Anna
- Pfajl, Armin
- Getts-Nojnkheffer, Fridlinde
- Yansen, Daniel
|
RU2762180C2 |
FIRE-RESISTANT TWO-COMPONENT SYSTEM OF MORTAR BASED ON ALUMINA CEMENT FOR FIRE-RESISTANT CHEMICAL FIXATION OF ANCHORS AND BONDED REINFORCEMENT RODS AND ITS USE |
2016 |
- Pfajl Armin
- Sharmak Anna
- Gissmann Gregor
|
RU2733346C2 |
USE OF CALCIUM SULPHATE-CONTAINING TWO-COMPONENT MORTAR SYSTEM BASED ON ALUMINA CEMENT WHEN USING ANCHOR FASTENING TO INCREASE LOAD AND REDUCE SHRINKAGE |
2016 |
- Pfajl, Armin
- Zirkh, Vanessa
- Garbatshek, Dominik
|
RU2737095C2 |
FIXING SYSTEM AND ITS APPLICATION |
2016 |
|
RU2730908C2 |
TWO-COMPONENT SYSTEM OF MORTAR BASED ON ALUMINA CEMENT AND USE THEREOF |
2016 |
- Pfajl, Armin
- Falger, Kristian
|
RU2737297C2 |
STABILIZED AQUEOUS COMPOSITION FOR INITIATING ALUMINOUS CEMENT COMPOSITIONS SETTING AND HARDENING |
2016 |
- Pfajl, Armin
- Beroll, Paskal
|
RU2733587C2 |
METHOD OF PRINTING THREE-DIMENSIONAL STRUCTURE |
2017 |
- Sotrui, Dorin
- Liard, Maksim
- Err, Olive
- Kader, Mokhamed
- Luten, Dide
- Legren, Enn-Kler
|
RU2733955C1 |
CONSTRUCTION CHEMICAL COMPOSITIONS CONTAINING A BISULPHITE ADDUCT OF GLYOXYLIC ACID |
2017 |
- Gedt Torben
- Dengler Joakhim
- Mazanets Oliver
- Khesse Kristof
- Zojfert Zebastian
|
RU2736845C2 |
HYDRATION MIXTURE FOR MORTAR COMPOSITIONS AND CEMENT COMPOSITIONS |
2017 |
- Dengler Joakhim
- Khesse Kristof
- Zojfert Zebastian
|
RU2738635C2 |
ADDITIVE FOR CONSTRUCTION CHEMICAL COMPOSITIONS |
2017 |
- Gaedt Torben
- Dengler Joachim
- Mazanec Oliver
- Hesse Christoph
- Seufert Sebastian
- Schinabeck Michael
|
RU2743031C2 |