Hidrocal's lime mortars
Lime Mortar 'C Hidrocal'
Traditional lime mortar suitable for plastering and other applications. It comes in a white powder, ready to use as a finish on concrete, mortar, or ceramic surfaces.
Lime mortar is particularly recommended for the restoration and rehabilitation of buildings and works, thanks to its perfect compatibility with old mortars and materials.
Apply at temperatures between 5ºC and 35ºC and relative humidity between 15% and 90%.
Apply manually on a well-moistened substrate.
It should always be used under the technical assistance of the manufacturer and following the instructions for use.
Binding agent: Calcium hydroxide (Air lime).
Aggregate: Silica sand of purity >95% and particle size specially designed to prevent cracks.
Pigments: Natural inorganic pigments pS < 10-15 with high resistance to UV radiation.
Damp-proof Lime Mortar 'CH Hidrocal'
Highly damp-proof lime mortar with high vapor transmission, suitable for plastering and other applications, offering excellent resistance to water and salts. It comes in a white powder, ready to use as a finish on concrete, mortar, or ceramic surfaces.
The highly damp-proof lime mortar is particularly recommended as a finishing mortar in environments and areas with high humidity, high presence of salts, or extreme weather variations.
Apply at temperatures between 5ºC and 35ºC and relative humidity between 15% and 90%.
Apply manually on a well-moistened substrate.
It should always be used under the technical assistance of the manufacturer and following the instructions for use.
Binding agent: Calcium hydroxide (Air lime).
Aggregate: Silica sand of purity >95% and particle size specially designed to prevent cracks.
Additives: Superplasticizing water-retaining hydrophobing agents, rheological and thixotropic agents, strength improvers, air-entraining agents, antifungal agents, and adhesion improvers.
The proportion of additives is 1% by weight of finished mortar. The organic content is less than 0.9%.
Pigments: Natural inorganic pigments pS < 10-15 with high resistance to UV radiation.
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