The Essential Characteristics of Lithium Silicate Sealing Healing Agent

The Essential Characteristics of Lithium Silicate Sealing Healing Agent

An Assessment of its Physical Qualities

Literally, the Agent is commonly a clear, colorless, or somewhat hazy liquid. It is odor-free, which is a substantial advantage for indoor applications, and nonflammable. It has a thickness similar to water, making it certain low surface area tension for optimal spreadability and deep access. Its density is somewhat more than water, but it stays very easy to pump and spray utilizing standard equipment.

Unveiling its Inherent Chemical Residences

Chemically, the solution is alkaline, with a pH typically ranging from 10.5 to 11.5. This alkalinity is crucial for reacting with the concrete’s cost-free lime. Its stability is exceptional; it does not gel or precipitate under normal storage conditions. One of the most meaningful chemical building is its reactivity with calcium hydroxide, which is the foundation of its sealing and solidifying performance.

A Deep Dive into its Practical Characteristics

The functional homes are where this agent absolutely shines:.

Extensive Penetration: Thanks to the diminutive size of lithium ions, it can permeate up to 10mm or even more into the concrete, making certain therapy from the inside out.

Long-term Sealing: The response products are insoluble and essential to the concrete, producing a durable, nondisintegrating seal that will certainly not wear away like topical layers.

DustProofing and Solidifying: By binding the loosened particles at the surface area and throughout the capillary ne2rk, it considerably raises surface area hardness and compressive strength, commonly by 2045%, while getting rid of dusting.

Chemical Resistance: The compressed surface area becomes extremely resistant to oil, grease, and many mild acids and chemicals, simplifying maintenance.

Vapor Permeability: An important advantage over film-forming sealers. It seals versus liquid water, however, enabling water vapor to leave, preventing blistering or delamination caused by caught moisture.