TILES QUARTZ

Brand Owner (click to sort) Address Description
MOTIVO CAESARSTONE LTD. KIBBUTZ SDOT YAM MOBILE POST MENASHE 38805 Israel Tiles of quartz, composite stone or ceramic, wall tiles, non-metal tiles; panels for floors of non-metal; non-metallic wall cladding of rock materials; non-metallic flooring tiles and non-metal ceiling panels; non-metallic covers for use with floors, namely, floor boards of non-metallic materials, ceramic, quartz or composite stone tiles for tile floors and coverings and parts thereof, namely, non metal expansion joints for floors and walls; non-metal profiles for floors and windows and non-metal floor skirting boards; slabs and tiles formed of composite stone for building panels, computer tops, vanity tops, floors, stairs, and walls; sink countertops formed of composite stone, for further installation;The English translation of MOTIVO in the mark is MOTIVE.;Surrounds for bathroom;Worktops; furniture parts formed of composite stone, namely, work surfaces and surrounds for kitchens, bathrooms, vanity units and offices; furniture parts in the nature of counter tops, table tops, bar tops, tops and facing surfaces for furniture, reception desks and reception areas; surrounds for vanity units;
SUPREMO CAESARSTONE LTD. KIBBUTZ SDOT YAM MOBILE POST MENASHE 38805 Israel Tiles of quartz, composite stone or ceramic, wall tiles, non-metal tiles; panels for floors of non-metal; non-metallic wall cladding of rock materials; non-metallic flooring tiles and non-metal ceiling panels; non-metallic covers for use with floors, namely, floor boards of non-metallic materials, ceramic, quartz or composite stone tiles for tile floors and coverings and parts thereof, namely, non metal expansion joints for floors and walls; non-metal profiles for floors and windows and non-metal floor skirting boards; slabs and tiles formed of composite stone for building panels, counter tops, vanity tops, floors, stairs, and walls;Bathtub surrounds; Shower surrounds;Worktops; furniture parts formed of composite stone, namely, work surfaces and surrounds for kitchens and offices; work surfaces for bathroom cabinets and vanity cabinets; furniture parts in the nature of counter tops, table tops, bar tops, tops and facing surfaces for furniture, reception desks and reception areas;
SUPREMO CAESARSTONE SDOT YAM LTD. 38805 Moblie Post Menashe Kibbutz Sdot Yam Israel Tiles of quartz, composite stone or ceramic, wall tiles, non-metal tiles; panels for floors of non-metal; non-metallic wall cladding of rock materials; non-metallic flooring tiles and non-metal ceiling panels; non-metallic covers for use with floors, namely, floor boards of non-metallic materials, ceramic, quartz or composite stone tiles for tile floors and coverings and parts thereof, namely, non metal expansion joints for floors and walls; non-metal profiles for floors and windows and non-metal floor skirting boards; slabs and tiles formed of composite stone for building panels, counter tops, vanity tops, floors, stairs, and walls;Bathtub surrounds; Shower surrounds;Worktops; furniture parts formed of composite stone, namely, work surfaces and surrounds for kitchens and offices; work surfaces for bathroom cabinets and vanity cabinets; furniture parts in the nature of counter tops, table tops, bar tops, tops and facing surfaces for furniture, reception desks and reception areas;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A method of manufacturing a thin quartz crystal wafer from a quartz crystal block which is cut from a crystal body of synthetic quartz crystal and has a flat principal surface, comprises the steps of (a) converging a laser beam at a region in said quartz crystal block at a predetermined depth from the principal surface thereof to cause multiphoton phenomenon state, thereby breaking Si-O-Si bonds of quartz crystal in said region to form voids in said region, and (b) peeling said thin quartz crystal wafer from a body of said quartz crystal block along said voids. The above process is repeatedly performed on one quartz crystal block to peel off a plurality of thin quartz crystal wafers successively from the principal surface of the quartz crystal block. Each of the thin quartz crystal wafers is divided into individual quartz crystal blanks for making quartz crystal units.