The best resin flooring depends on the requirements of the application, including traffic, chemical exposure, hygiene, slip resistance and the condition of the substrate. Sika offers a range of epoxy flooring systems designed for different industrial and commercial applications.

Sika epoxy flooring systems can provide resistance to abrasion, mechanical traffic and chemicals, depending on the specific product and system. This makes them suitable for many industrial environments where floors are exposed to forklifts, heavy traffic and chemical substances. The product data sheet should be consulted to confirm the resistance of a specific system.

Epoxy resin flooring provides a seamless, durable surface with good resistance to wear and, depending on the system, chemicals and mechanical traffic. Compared with traditional concrete surfaces, epoxy coatings can also provide a more uniform and easier-to-clean finish. The suitability of epoxy compared with tiles will depend on the requirements of the specific application.

Epoxy and polyurethane flooring systems offer durable, seamless flooring solutions, but their performance characteristics differ. Epoxy flooring is known for its hardness, durability and resistance to wear and chemicals, making it suitable for many industrial and commercial environments. Polyurethane flooring offers greater flexibility and can be well suited to areas exposed to temperature changes, impact and demanding cleaning conditions. The most suitable system depends on the requirements of the application.

The most suitable epoxy floor for a warehouse depends on factors such as traffic levels, forklift use, abrasion, chemical exposure and the condition of the existing floor. Sika offers epoxy flooring systems suitable for warehouses and logistics areas, including Sikafloor®-264 ZA.
For areas requiring anti-static properties, specialist systems such as Sikafloor®-262 AS N maybe considered.

Resin flooring can be used in a wide range of industrial and commercial environments, including warehouses, manufacturing facilities, food and beverage plants, pharmaceutical facilities, car parks and commercial buildings. The most suitable system will depend on the specific requirements of the area.

Epoxy resin flooring provides a durable, seamless surface that is suitable for areas exposed to regular traffic, wear and, depending on the system, chemical exposure. Epoxy flooring is also easy to clean and can be available in different finishes and colours to suit the application.

The most suitable Sika epoxy flooring system depends on the application and the performance requirements of the floor. Sika offers different epoxy systems for general industrial flooring, heavy-duty environments, warehouses and areas requiring specialist properties such as anti-static protection.

Yes. Depending on the Sika flooring system selected, options are available for different colours, slip-resistant finishes and specialist requirements such as anti-static or electrostatic discharge (ESD) protection.

The service life of an epoxy floor depends on factors such as the flooring system selected, substrate condition, installation, traffic and maintenance. Rather than specifying a fixed lifespan, Sika recommends selecting the flooring system according to the expected conditions of use and maintaining the floor in accordance with the system requirements.

PU flooring is generally installed over a suitably prepared concrete substrate. The installation process typically involves preparing the substrate, applying the appropriate primer or base layer, and installing the selected polyurethane flooring system and finish. Requirements vary between systems, so the relevantSika product data sheet and application instructions should be followed.

Once installed, PU flooring is relatively straightforward to maintain. Regular cleaning helps to remove dirt and contaminants, while periodic inspections can identify areas requiring attention before they become more serious. Maintenance requirements will depend on the flooring system and the conditions of use.

Polyurethane flooring can provide good resistance to abrasion and a range of chemicals, depending on the system selected. This makes certain polyurethane systems suitable for industrial environments where floors are exposed to mechanical wear or chemical substances. The relevant product data sheet should be consulted to confirm resistance to specific chemicals.

Yes. Polyurethane flooring systems can be suitable for car parks and other areas exposed to vehicle traffic, abrasion and weathering. Sika offers polyurethane systems designed for car park applications, including systems for areas such as parking decks and garage floors.

Certain polyurethane flooring systems have crack-bridging properties and can accommodate movement in the substrate. Sika systems such as Sikafloor®-3240 and Sikafloor®-376 are designed for applications where flexibility and crack bridging are important. The suitability of a system will depend on the type and extent of movement or cracking.

Yes. Sika offers polyurethane flooring systems designed for demanding industrial environments exposed to traffic, mechanical wear and other challenging conditions. The appropriate system should be selected according to the level of traffic, impact, abrasion, chemical exposure and other requirements of the application.

Polyurethane flooring can be suitable for environments exposed to temperature variation, particularly where the floor also needs to accommodate movement and withstand mechanical or thermal stresses. The appropriate system depends on the expected temperature range, type of exposure and other conditions of the application.

Dry shake hardener is applied to the surface of fresh concrete and worked into the concrete during the finishing process. Correct timing, application rate and finishing techniques are important to achieve the required surface performance.

The best concrete floor hardener depends on the requirements of the application, including traffic, abrasion, surface performance and the condition of the concrete. Sika offers different curing and hardening solutions for concrete floors, including dry shake hardeners and surface applied curing and hardening treatments. The appropriate product should be selected according to the specific flooring requirements.

Dry shake hardeners are commonly used in industrial facilities, warehouses, logistics centres, workshops and other areas where concrete floors are exposed to regular pedestrian or wheeled traffic and mechanical wear.

Liquid-applied hardeners and dry shake hardeners provide solutions for improving the wear resistance of concrete flooring. The Liquid-applied is applied to existing floors or freshly finished floors as a floor surface improver and the dry shake is applied during the placement of a new floor to create a monolithic hard-wearing surface.

Liquid-applied are applied by hand to concrete floors to help increase the wear resistance or reduce dusting of existing concrete floors. This cost effectively helps improve the wear resistance of poorly finished industrial concrete floors or a newly laid concrete floor.

Dry shake hardeners are applied to fresh concrete and mechanically worked into the surface to create a harder wearing layer. They are primarily used where increased surface durability and abrasion resistance are required