Alumina Ceramic Hexagonal Tile Industrial Alumina Mosaic Tiles Pieces

Product DescriptionHexagonal Mosaic Lining Tile are ideal for lining both protecting pipe and similar concave and convex surfaces, hex tile is used for ceramic liner pasted in both concave and convex curved sections where other types of tile will not readily fit , this unique , flexible , pre-mat mounted tile has easy , rapid , low cast characters , end user can do it himself surfacing of curved sections,Hex tiles are mounted on 6"*6" (150*150mm)  12"*12" (300*300mm)square  synthetic fabric mesh or silk or paper leaving tile all around 1.5mm gaps to make the mat pattern flexible, besides flexible pattern can also offer hex tile mats in tight pack pattern without gaps.Advantages :-High hardness with Moh's hardness 9 grade -High abrasion and chemical resistance -Easy installation by epoxy resin glue water -Easy mending if someone hex tile drop off-Various of alumina ceramic hex sheet size available Applications:-Mining industry -Cement industry -Coal handling industry -Steel industry -Port industry -Power plant  Detailed PhotosProduct ParametersCeramic hexagonal tile size Ceramic hexagonal mat (stick on silk /nylon net/paper) sizeS12xT3mm300*300 mm  150x150mmS12xT6mm300*300S12*T13 mm300*300S12*T20 mm300*300S12*T24 mm300*300S12*T11 mm300*300Note: more customized size available 1)chemical data:Al2O3SiO2CaOMgONa2O92~93%3~6%1~1.6%0.2~0.8%0.1%2)Property data :Specific gravity (g/cc)>3.60Apparent porosity (%)0Flexural Strength (20ºC, Mpa)280Compressive strength (20ºC, Mpa)850Rockwell hardness (HRA)80Vickers hardness (hv)1050Moh's hardness (scale)≥9Thermal Expansion (20-800ºC, x10-6/ºC)8Crystal Size (μm)1.3~3.0Service:We have experts team understand your needs supply the engineered great Hexagonal Mosaic Lining Tile for your industry application.We offer on-site visiting, lab testing, professional solution for you.    /* January 22, 2024 19:08:37 */!function(){function s(e,r){var a,o={};try{e&&e.split(",").forEach(function(e,t){e&&(a=e.match(/(.*?):(.*)$/))&&1