- New
Mirage Liquorice terrace tiles
Mirage Liquorice terrace tiles have a thickness of 20 mm, which makes them suitable for use on the terrace, for paving around the house and in areas where cars are parked. The terrace tile Liquorice is ideal for paving walkways. Terrace tiles can withstand a bending load of more than 1300kg, which allows them to be laid on supports or gravel base without concrete work, which reduces the cost of preparing the base and speeds up the laying of the tiles
Description
Mirage Liquorice ceramic tiles are products of the highest quality, created by modern technology using the best raw materials. The Mirage factory uses the latest vitrification technology to mix sand, quartz, feldspars, kaolins, clays and natural colouring oxides, blending them into a single material. These raw materials are transformed into tiles of different formats, which are subjected to temperatures of over 1200°C, transforming them into a product of exceptional hardness and with unrivalled mechanical characteristics. Mirage brand collections are inspired by natural materials such as stone, wood and marble. Mirage cares about the environment by using eco-friendly materials and manufacturing processes. This makes Mirage products safe for health and the environment. All products comply with EN 14411-G standards. All stages of product manufacturing are monitored to ensure compliance with the highest quality standards of EN ISO 10545. This ensures that every product from Mirage meets customer expectations for quality and durability. Mirage is constantly adopting new technologies and developing innovative products to stay at the top of the European market. This includes the use of environmentally friendly materials and energy efficient manufacturing processes
Product Details
- Strength grade
- М 500
- Frost resistance
- F 400
- Water absorption
- 0,05%
- Operating temperature range °C
- от -40 до +120
- Slip resistance
- R11/B
- Abrasion resistance
- ΙV klass
- Bending strength
- 13000 N
- FLEXION RESISTANCE ISO 10545-4
- 50 N/mm2