With little doubt, underfloor heating is much more efficient than standard radiator heating setups. The explanation of how underfloor heating works better is because it works at a lower temperature and with more efficient distribution compared to radiators. There are two types of underfloor systems, electric, and water (also known as wet or hydronic heating). […]
Anhydrate liquid screeds are made from a mix of a gypsum-based biner, additives, aggregates, and water. The gypsum-based binder used is made of 98% recycled content and the resulting product is 100% recyclable and completely VOC (Volatile organic compound) free! Anhydrate screeds specifically release less Carbon Dioxide than traditional sand and cement overall meaning they […]
Without proper care taken by approved installers, the screed can be installed incorrectly potentially causing various problems such as – A poor finish – This is a risk in cases where the screed has been installed at the wrong depths, the screed has not been dappled correctly or the screed is too wet or dry. […]
No underfloor heating is not unhealthy: underfloor heating is much healthier to have in your home than radiators as the whole floor acts as an emitter for radiated heat rather than radiators which acts as convectors to heat the air in a cycle which kicks up dust and circulates it around the room. Safer Than […]
Yes, underfloor heating is widely considered to be a better option than heating systems that use radiators as it is generally safer and more energy efficient and thus cost-saving. Energy Efficient Underfloor heating is a more efficient method of heating than radiators. Radiators heat a room by emitting a high temperature from a small surface […]
Liquid screed can be laid in thinner layers than traditional screed options so you may assume that because of that liquid screeds are less strong than traditional screeds but that is not the case in fact. Varying Strengths Anhydrite-based liquid screeds have a compressive strength of C25 N/mm2, extra strong versions reach about C35 N/mm […]
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