Rear Moisture Penetration and Surface Protection
Rear moisture penetration refers to the infiltration of moisture into the rear (back) surfaces of structures, often resulting in degradation, corrosion, or structural damage. This phenomenon poses a significant challenge in various environments, particularly in regions characterized by high humidity, rainfall, or proximity to water bodies.
Comparison of two specifications for cementitious grouts
Not all grouts are the same. In many countries, the term “grout” is understood in different ways. There are two major specifications, the ASTM C1107 and the German DAfStb Guideline, we focus on in our following MC-Pedia article. Read more about their use and differences.
Crystalline waterproofing admixtures for concrete
Crystalline waterproofing admixtures are applied to concrete structures to protect them from water ingress for a long time. Read more about how they work and what benefits they provide. Discover the secrets behind making concrete more watertight.
Designing the best recipe for concrete production
The fact that concrete is made of sand, gravel, cement and water is nothing new. Nevertheless, the ratio in which you mix the concrete components is important. Read what you need to consider if you want to create the perfect recipe for your concrete.
Cement hydration Part III: Tips & tricks for a better degree of hydration
Learn in this article how some tips & tricks can achieve a better degree of hydration.
Cement hydration Part I: How it takes place
Read this article to learn what is meant by cement hydration and how it works.
Cement hydration Part II: The degree of hydration
Learn in this article more about the degree of hydration as an important property of cement in concrete.
Efflorescence in concrete – Origin and types
Out of all purely cosmetic defects of concrete probably none is as common and at the same time difficult to predict and prevent as efflorescence. The word efflorescence comes from French and means blooming or flourishing. The inspiration for this name is obvious. The crystals growing on the concrete surface can easily resemble small white blossoms. How and why efflorescence develops is explained in our MC-Pedia article.
Efflorescence in concrete - What can you do about it!
Predicting and avoiding efflorescence on concrete surfaces is no easy task. This MC-Pedia article lists and explains what to consider and how to reduce the risk of efflorescence.
CementCement hydrationConcreteDegree of hydrationHydration
What is the KineticBoost Technology?
Whether in industry, multi-storey car parks, retail stores or new build constructions, the demands placed on floor-laying are as varied as the floor usage profiles themselves. Yet many established epoxy, PU and PMMA systems reach their limits in adverse environmental conditions such as the presence of moisture or excessively high or low temperatures. MC-Bauchemie has developed a new technology that can also be used in such adverse conditions, facilitating the fast laying of aesthetically attractive and durable floors.
Germany
Austria
Belarus
Belgium
Bosnia and Herzegovina
Bulgaria
Croatia
Czech Republik
Denmark
Finland
France
Georgia
Great Britain
Hungary
Ireland
Latvia
Lithuania
Netherlands
Poland
Portugal
Romania
Serbia
Slovakia
Spain
Sweden
Switzerland
Ukraine
Ethiopia
Ghana
Guinea
Israel
India
Malaysia
Singapore
United Arab Emirates
Vietnam
Taiwan
Philippines
New Zealand
Australia
Canada
Brazil
Chile
Bolivia