News

Not all Lithium Silicate grades perform the same on concrete floors. This guide covers how to select the right solid content, silica-to-lithia ratio, and particle size for your specific application, whether you are treating new industrial floors, producing polished concrete, or hardening old dense substrates. Includes a grade comparison table and application rate guide. EastChem supplies Lithium Silicate CAS 10102-24-6 in standard and colloidal grades with full technical support.

Concrete floors are specified for their strength and durability. The reality on most construction sites is that the finished floor surface — the zone that actually contacts traffic, chemicals, and cleaning equipment — is significantly weaker than the concrete below it. This surface weakness is not a quality control failure. It is chemistry. And Lithium Silicate is the chemical solution.

Most concrete floor problems get treated with coatings. Epoxy, polyurethane, acrylic sealer — layer after layer applied over a surface that was never properly hardened in the first place. The coatings wear through. The floor dusts again. Another contractor is called, another coating is specified, and the cycle repeats every three to five years at significant cost. If this is your situation, the coating is not the problem. The surface is. And Lithium Silicate is the solution that addresses it permanently — from the inside out, not the surface down.

Concrete floors fail in predictable ways. Dusting under forklift traffic. Surface abrasion in high-footfall retail environments. Moisture vapor transmission causing adhesive failure under flooring finishes. In every case, the underlying cause is the same: a porous, under-dense surface layer that lacks the hardness and impermeability the application demands. Lithium silicate concrete densifier addresses all three failure modes through a single penetrating treatment — and unlike surface coatings, it does so permanently.

In modern construction, concrete durability and surface performance have become critical evaluation standards. Traditional concrete surfaces often suffer from dusting, abrasion, cracking, and chemical attack over time. To address these issues, Lithium Silicate has emerged as a high-performance solution for concrete densification and surface hardening.