OBTEGO Product catalog

47 Our silicate portfolio Type of products Pure Silicates: Silicates such as sodium, potassiumor lithium in pure formwithout additives. Mixed silicates: In order to maintain the individual positive properties of the silicates and an attractive priceperformance ratio, silicates such as Potassiumand lithiumoffered as amixture in aqueous solution. Silicates with additives: In order to adapt the product properties to the needs of the customer, silicates are provided with additives, these can, for example, additionally provide an improved water-repellent effect and / or more gloss. Product properties OBTEGO AG has tested a large number of different types of silicate in terms of abrasion and reducing capillary water absorption (densification) on concrete floors. Based on this knowledge, the silicates were further improved in terms of application and functionality. In addition, additional properties (such as a gloss effect) were taken into account. The silicate portfolio offers the customer the opportunity to use the best possible silicate, depending on the respective requirements, such as hardness / densification, gloss and protective effect. Gloss Hardening and Densification Protection Description OBTEGO P-2 Concrete densifier and surface hardener (Lithium silicate). Silicate with high active ingredient content for surface hardening of concrete floors (dust-binding). OBTEGO P-3 Concrete densifier and surface hardener (Potassium-Lithium silicate). Silicate blend with high active ingredient content for hardening of concrete surfaces (dust-binding). OBTEGO P-5 Concrete densifier and hardener with gloss effect and surface protection (Lithium silicate). Silicate with high active ingredient content for hardening of concrete surfaces (dust-binding). Reduce the capillary water absorption and increase the gloss level. OBTEGO R-30 Premium densifier and hardener with surface protection (Hybrid silicate). Silicate with high active ingredient content for hardening of concrete surfaces (dust-binding). Strong reduction of capillary water absorption. Higher protective effect.

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