63 results about "Stone veneer" patented technology

An architectural trim assembly includes a receptacle and a stone veneer trim piece having an orifice that is configured to hold the receptacle within the orifice.

An architectural finish element operable to be placed adjacent similar architectural finish elements to form a finished surface on an architectural structure includes a body formed of a rock-based composite material comprising a low density solid particle additive, a plurality of unitary real stone veneer elements bonded to the body in courses extending in a first direction and in a random non-repetitive pattern, the real stone veneer elements having respective face surfaces generally lying in a plane to form an overall face surface of the architectural finish element. The low density solid particle additive is provided in an amount suitable to cause the architectural finish element to have a density of between about 10 to 15 pounds per square foot. The architectural finishing element may be mounted by mounting a portion of a body of at least one dual architectural finish element support to a surface of an architectural structure.

The present invention relates to a panel suitable for constructing a floor or wall covering, having a substantially planar top surface, a substantially planar bottom surface, and at least one side edge, wherein the panel has a laminate structure which comprises a core layer basically composed of a composite material comprising a mixture of a ceramic material and a binder, a top layer fixed to thecore layer wherein the top layer comprises stone, ceramic or a real stone veneer, or a ceramic or porcelain ceramic or a stone mosaic.

The invention discloses an outer wall coating, and in particular relates to a granite outer wall coating, which is suitable for outer wall coatings produced by architectural ornament industry. The granite outer wall coating is prepared from natural granite powder, pure acrylic emulsion, polyvinyl acetate emulsion, polyvinyl alcohol glue, phenylpropyl emulsion, water glass and bentonite in the weight part ratio of 90-110:15-35:5-15:10-20:15-25:0.5-1.5:1-3. The granite outer wall coating is used as the outer wall decorated coating, has the strong stereoscopic impression of coating surfaces, and the appearance is closely similar to that of tiles and stone, so the granite outer wall coating can be used as ideal substitutes of outer wall outer heat-insulating tile veneers and stone veneers; and the granite heat-insulating outer wall coating has the advantages of spectacularity, primitive simplicity, elegance, vivid and natural colors and shapes, scouring resistance, acid-base resistance, high strength and low production cost.

A mortarless stone veneer is provided which is in a panel format and which has an upper end, a lower end, a first end, a second end, a front side and a rear side. An upper attachment flange has its lower end embedded in the rear side of the panel so as to extend upwardly therefrom. A first end attachment flange has its inner end embedded in the panel at the first end thereof. A second end attachment flange has its inner end embedded in the panel at the second end. The end attachment flanges are bendably movable between an extended attachment position and a folded position behind the panel.

A structural combination for mounting stone veneers through push-in type positioning hanging parts is composed of angle steel bars mounted on a steel structure or wall, hanging part bodies, angle blocks, bolts and the stone veneers, and is characterized in that the hanging part bodies are perpendicularly connected with the angle steel bars through the bolts; lower hook strips on the front portions of the hanging part bodies and the angle blocks are fixed to corresponding upper hanging grooves and lower hanging grooves formed in the stone veneers in a matched mode; limit grooves are formed in the lower portions of the not-seen surfaces of the stone veneers; each limit groove and the corresponding lower hanging groove are crossed to form an opening which can limit the corresponding angle block from moving left and right; the angle blocks are provided with limit blocks; the limit blocks can be mounted in corresponding square positioning holes. The angle blocks can be positioned on the hanging part bodies after the limit blocks are pushed into the corresponding square positioning holes, and rapid mounting of the stone veneers is achieved; positioning of the angle blocks on the hanging part bodies can be released by moving the limit blocks out of the square positioning holes, and rapid dismounting of the stone veneers can be achieved.

The invention discloses a landscape stone veneer saltpetering-preventing process construction method. The method is characterized by comprising the following steps that 1, basic layer construction achieves internal solidness and external smoothness, basic layer face elevation construction is in place, smoothness and precision are achieved, only a bonding layer of 2 cm is left, dry and hard cement mortar is prevented from being used, a low-alkaline dedicated bonder is selected, and the bonding layer porosity is reduced; 2, stone is subjected to six-face protection, on the one hand, a protection agent can permeate into the stone to block stone holes, on the other hand, a face layer is subjected to certain water separation protection, and thus a permeating channel of the stone can be closed. The landscape stone facing saltpetering-preventing process construction method has the advantages that compared with the prior art, according to the technical scheme, the water content in a basic layer is reduced, and water in the basic layer is prevented from flowing out. Alkaliferous matter in a bonding layer material is reduced, the thickness of the bonding layer is reduced, and auxiliary materials are saved. The permeating channel of water is effectively closed, saltpetering of the veneer stone is avoided, and the effect of a landscape stone veneer is improved.

The invention discloses a recycled aggregate artificial artistic stone veneer and a preparation method thereof. The recycled aggregate artificial artistic stone veneer comprises a surface layer and abase material layer, wherein the surface layer is prepared from the following raw materials in parts by weight: 60 to 70 parts of quartz sand, 6 to 12 parts of quartz powder, 18 to 23 parts of cement,1 to 4 parts of active additive, 2 to 4 parts of emulsion, 0.5 to 0.8 part of water reducing agent, 0.06 to 0.12 part of water retaining agent and 3 to 5 parts of water. The artificial stone has thetexture of natural artistic stone and low price, the problems that the price is high and natural ore resources are insufficient when only natural ore is adopted for manufacturing the artificial art stone plate are solved. And the problems of low strength, insufficient durability, crude appearance color and single darkness of the artificial art stone plate manufactured by only adopting pure recycled aggregate are also solved, and the artificial art stone plate has the advantages of simple construction process, high feasibility, greenness, environmental protection and wide market prospect.

A falling-prevention ultra thin stone composite board is provided with a composite board body 1 composed of ultra thin stone veneer 11 and a light base board 12 sticking to the rear surface of the stone veneer. At least a pair of opposite bottom edges of the composite board body is separately fixed with connecting battens 2 which fasten the stone veneer 11 and the light base board 12 together. The cross section of the connecting batten 2 is general L-shape. And the connecting batten 2 is integrally formed by front plate and rear plate. The rear plate is fastened to the rear surface of the light base board 12 and the front plate is laid against the side surface of the composite board body 1, then the front plate of the connecting batten and the side surface of the stone veneer 1 are fixed together by a fasten device.

Firstly, cleaning base surface of building and stone veneer, prepositioning on the wall body, preparing working slurry liquor in-situ, and using the hard polyurethane foamed working slurry liquor to making veneering construction of stone veneer along the prepositioned position, then pointing and cleaning surface.

A flexible slate veneer architectural panel includes a slate veneer and a flexible closed cell foam backing The panel exhibits high flexibility permitting the panel to be attached to curved building structures with an adhesive or with mechanical fasteners if desired. The panel further provides an interface between the building surface to which it is attached and the slate veneer that is capable of absorbing different thermal expansions and contractions of the slate veneer and the building surface thereby preventing delamination of the panel from the building surface and preventing cracking of the slate veneer.

The invention belongs to the technical field of hydraulic engineering in water conservancy engineering, and particularly relates to a structure and a method suitable for a flood control wall stone veneer of a landscape river. The invention adopts the structural method of Flemish double-stretcher bond or Flemish garden wall bond through the combination of a veneer stone and a flood control wall body, namely, laying two stretchers and one stone, or three stretchers and one stone. Then, and so on, the stone is anchored to the flood control wall to increase the impact strength of the veneer stone,and the upper and lower layers are staggered to meet the stability of the wall in a high-speed water channel, the wall of the flood control wall is prevented from being washed away and damaged effectively so as to meet the flood control requirements of the river and enhance the landscape of a dike effectively.

The invention relates to an artificial marble exterior panel and an installation method thereof, belonging to the technical field of construction. The artificial marble exterior panel is made of artificial marble slab and outer metal finish layer through hot pressing technology. Four holes are punched at the four corners of the artificial marble slab. The four holes are respectively connected with the decorative panel bolts. It is fixed by a fixative to make it a whole; the fixed component is installed, and the fixed component is connected with the components embedded in the wall by bolts, and the artificial marble exterior panel is connected with the bolts of the fixed component and the decorative panel by dry hanging outside the building. The invention increases the corrosion resistance and aesthetics of the stone veneer, has fast installation and construction speed, good economic effect and good seismic performance, removes the dragon skeleton required by the dry hanging method, reduces the load bearing of the building, reduces the working hours and reduces the cost .

The invention provides a wall surface design structure with a dry-hanging type quartz stone veneer. The wall surface design structure comprises a keel frame, a first hanging piece, a second hanging piece and a veneer. A plurality of vertical keels arranged in parallel are fixedly mounted on a wall surface base layer, first transverse keels and second transverse keels arranged in parallel are arranged on the vertical keels, the second transverse keels are provided with obliquely-arranged bent edges, the veneer is provided with the first hanging piece corresponding to the first transverse keelsin position, a connecting plate of the first hanging piece is fixedly mounted on the first transverse keels through a first fastening piece, the veneer is further provided with the second hanging piece corresponding to the second transverse keels in position, and an inclined hanging plate on the second hanging piece is hung on the bent edges. The invention further provides a mounting method of thewall surface design structure with the dry-hanging type quartz stone veneer. Compared with the prior art, the veneer can be stably hung on the wall surface base layer, the hanging structure is not prone to deforming, and the wall surface integrity is good.

The invention discloses a stone blank door with novel rotating shaft mechanisms and an installation method of the stone blank door. The stone blank door comprises a stone door leaf, a stone door steel skeleton, a stone veneer steel skeleton and the two rotating shaft mechanisms, wherein the stone door leaf is matched with the installation position of a stone veneer blank door; the two rotating shaft mechanisms are connected with the back surface of the stone door leaf and the stone veneer steel skeleton; the stone door steel skeleton is fixed on the back surface of the stone door leaf; a steel upright post and an inner wall behind a stone veneer are fixed at an interval through a corner connector; a screw rod of each embedded bolt respectively passes through a mounting hole of a square tube of the corresponding rotating shaft mechanism, and then is locked and fixed with a connecting nut; a screw rod on the bolt of each rotating shaft mechanism passes through a mounting groove in the corresponding steel angle beam, and is locked through an upper positioning nut and a lower positioning nut; the rotating shaft mechanisms at the upper end and the lower end of the stone door leaf are positioned on the same vertical axis. According to the stone blank door disclosed by the invention, the space between the stone veneer and the stone veneer steel skeleton is cleverly and fully utilized, so that the stone blank door is relatively flexible, smooth and free of a sound when the stone door leaf is closed or opened; the support on the stone door leaf is relatively stable; the service life is prolonged.

An efficient method of manufacturing stone corner veneers, veneers, floor tiles and pavers, as well as a method of applying the veneers, is disclosed. The method consists of manufacturing veneer corners from a substantially parallelepiped stone, comprising the steps of: a) making a cut from a split face side of the stone into the stone a distance equal to the dimension of the stone from the surface being cut into to the opposite surface of the stone, less a thickness equal to a desired thickness of the veneer corner; and b) splitting the stone, from the side of the stone parallel to the cut and furthest from it, along a grain to the internal end of the cut whereby the veneer corner is created having an ashler side and a split face side and the remaining stone has only one cut face on an ashler side.

The invention discloses a dry hanging structure of an overhead stone and a construction method thereof. The dry handing structure comprises a structural beam, an angle steel, a stone veneer and a connection mechanism, wherein the stone veneer is formed by assembling multiple stone plates; the angle steel and the connection mechanism are arranged between the structural beam and the stone veneer; the angle steel and the structural beam are in chemical anchoring or welding connection; the angle steel is connected with the stone veneer by the connection mechanism; the connection mechanism comprises an angle steel angle code and a dry hanging piece; one end of the angle steel angle code is fixed on the angle steel by a bolt and the other end is fixedly connected with the dry hanging piece by the bolt; the dry hanging piece is inserted into the assembled stone crack slot to hang the stone; and the structural glue is filled in the crack. The dry hanging structure can reduce the lower bending deformation of the stone, increase the strength of the stone at the slot and ensure the using safety of the stone.

The invention discloses an ultra-thin stone veneer hyperboloid metal composite plate which is characterized by comprising an aluminum alloy honeycomb core material, the upper portion and the lower portion of the aluminum alloy honeycomb core material are connected with aluminum alloy boards respectively, and an ultra-thin natural stone veneer is laid on the aluminum alloy board located on the aluminum alloy honeycomb core material. The ultra-thin natural stone veneer adopted by the invention is ultrathin and only 0.5-2.0 mm in thickness, is light in weight, energy-saving, environment-friendly,high in plasticity, high in safety and quick and convenient to install, and is lower in cost and resource-saving compared with the traditional process.