256 results about "Substrate (building)" patented technology

The present invention relates to construction materials and more specifically, to a continuous composite exterior insulation system and cladding used in the construction of building walls and structure, to control heat transfer, rain-water penetration, air and water vapor transmission while providing fire protection to a building enclosure. This invention relates to a thermal upgrade of existing and new buildings. The wall substrate is arranged for receipt of subsequent layers of cladding materials. Thermo-grid of insulated composite strapping is mounted on the surface of the said wall and a layer of continuous insulation e.g. polyurethane foam is applied between the thermo-grid strapping leaving a thin air gap between it and the next layer of the fire protective composite.

The invention discloses a method for building inner and outer wall decorating plate, which comprises two flows, each flow including steps of: a primer line processing flow: (1) thickness sanding and dedusting, (2) roller painting back seal coat and curing into a first UV seal coat layer, (3) roller painting UV penetrant twice, (4) leveling by infrared ray, (5) coating UV putty at the front and UV curing and generating a UV putty layer, (6) roller painting the UV seal coat for three times and respectively curing and generating three second UV seal coat layers, (7) fine sanding; and a roller painting finish line flow: (1) dedusting, (2) roller painting UV glue and generating a first UV glue layer, (3) coating the UV finish for five times and curing and generating five UV finish layers. The decorating plate can solve the problems that a UV curing penetrating agent is strongly, quickly and deeply penetrated into a fiber reinforced calcium silicate slab or a fiber cement slab, deeply cured to form a film and subjected to stereo chemical netlike cross-linking reaction with UV putty and UV sealing paint, and thoroughly solves the problem of adhesive force between the decorative surface layer and a substrate.

The invention relates to a diamond cutting grinding piece. The diamond cutting grinding piece comprises a diamond cutting grinding piece body arranged on a substrate, wherein the diamond cutting grinding piece body is evenly distributed in the circumferential direction, and corrugated water channels which are beneficial to heat dissipation and chip removal in the process of grinding are formed in the surface of the diamond cutting grinding piece body. The diamond cutting grinding piece organically combines the cutting performance and grinding performance through the unique design, is simple and reliable in structure, convenient to operate, low in manufacturing cost and long in service life, solves the problem that the cutting performance and the grinding performance of a diamond tool are independent from each other in an existing market, and is particularly applicable to cutting and grinding of building materials such as stones, concrete, ceramics, bricks and tiles.

A method of manufacturing a building element, including applying a first layer on a first surface of a substrate, the first layer including a mixture of a binder, at least one filler and fine non-pigment cohesive particles, wherein an amount of the fine non-pigment cohesive particles in the mixture may be between 0.05 wt % and 9 wt % of the mixture, and applying heat and/or pressure to the first layer and/or the substrate thereby forming the building element. The disclosure further relates to such a building element.

This invention relates to a building cladding for inclined surfaces such as for a sloped roof. More specifically, this invention relates to a building cladding that is passively responsive to sun elevation angles, is multi-functional, and is substantially uniformly ornamental when viewed from common viewing positions. The cladding is predominantly comprised of pairs of substantially horizontal and vertical surfaces extended horizontally and repeated vertically or along the incline of the building substrate. Substantially horizontal surfaces may be adapted for absorbing solar energy, reflecting solar energy, generating electricity from solar energy, converting solar energy into another form of energy, and or ornamentally matching substantially vertical surfaces.

A building element having pressure-sensitive adhesive coating layer having a low initial bond strength, to permit a substrate to be repositioned without destroying the integrity of the adhesive, and a long term bond strength, which occurs after the building element is mechanically fastened to another building element. This allows wood deck components, flooring planks, roofing tiles, and other building material components to be fastened together conveniently while securing a waterproofing and/or sound-deadening effect.

A building exterior material is made of a curable composition which has excellent water vapor permeability. The building exterior material comprises a building exterior substrate coated with a curable composition comprising an organic polymer (A) containing a silicon-containing group capable of being cross-linked by forming a siloxane bond, wherein the organic polymer (A) is a polyoxyalkylene polymer (A1) containing an oxyethylene repeating unit in a backbone skeleton, a weight of the oxyethylene repeating unit in the component (A1) being 1 to 80% by weight of the total weight of the component (A1), and/or a (meth)acrylate polymer (A2) containing an oxyethylene repeating unit at a side chain, a weight of the oxyethylene repeating unit in the component (A2) being 1 to 50% by weight of the total weight of the component (A2), and the curable composition is cured into a cured product having a thickness of 0.1 to 3.0 mm.

The invention relates to an external-framework built-in composite insulation board and cast-in-situ concrete integrated wall structure and a manufacturing method thereof with an aim to provide the wall structure and the manufacturing method which are capable of realizing insulation and structure integration of a building wall, reducing comprehensive cost and facilitating leveling of the outer surface. The technical scheme includes that the wall structure comprises a cast-in-situ concrete base wall body, a composite insulation board and a plaster layer, the composite insulation board comprises an insulation board substrate, the inner side of the insulation board substrate is an interface layer while the outer side of the same is a reinforcing layer, connecting pieces penetrating the reinforcing layer, the insulation board substrate and the interface layer are arranged on the insulation board, and the composite insulation board and the cast-in-situ concrete base wall body are firmly connected together through the connecting pieces; the thick plaster layer is arranged on the outer side of the composite insulation board. The external-framework built-in composite insulation board and the cast-in-situ concrete integrated wall structure and the manufacturing method thereof have the advantages that cost is low, cost of the manufactured wall body can be reduced, and insulation and the structure of the building wall can be integrated.

The invention discloses a highly-filled isophorone diisocyanate (IPDI) polyurethane-based composite material, and a preparation method and the use thereof. The components of the highly-filled IPDI polyurethane-based composite material comprises functional solid filler, a polyurethane substrate produced through a reaction of IPDI and oligomer polyol, and other performance adjusting additives. The functional solid filler, the additives and the oligomer polyol are evenly mixed, and then the IPDI is added to an obtained mixture; and the mixture is mechanically kneaded to react and then casted into a die to be cured and formed, so that a product is manufactured. The composite material can be used as a building structure material, a roof waterproof material, a gap repairing material, an energetic blasting material, an indoor decoration material and an insulation material. As the IPDI polyurethane is adopted as the substrate of the composite material, the composite material can be filled with high content of solid filler, which can reach up to 90 wt%, so that the functional effects of the solid filler in the composite material can be greatly played.

The invention relates to a micro powder reinforced polyurethane-based high-strength waterproof heat preservation and decoration integrated material and a preparation method thereof. According to the material, polyurethane is adopted as matrix resin, a large number of micro powder particles and multiple compounding agents are added, grinding is carried out, foaming is controlled, and the closed-cell material is prepared. Coatings or rolls or plates or blocks can be manufactured by means of brushing or spraying or pouring. The material can be manufactured to be red, yellow, blue, black, white and other colors by adjusting a coloring agent. The material has the comprehensive advantages of being efficient, waterproof, good in heat preservation performance and decoration effect, high in strength, good in corrosion resistance, resistant to inflaming and the like. The coatings are tightly bonded with a substrate, and the surface is smooth. The material has good toughness as the rolls and can be used for waterproofness and heat preservation of newly-built or existing buildings, tunnels, underground facilities and the like. The material serves as the plates, sand particles can be bonded to the surface of damp-dry slurry to obtain various building plates with a stone grain decoration effect. The material is extremely low in cost and has good market prospects.

The invention provides a roof waterproof construction method, and belongs to the field of waterproof technology of buildings. The roof waterproof construction method comprises the following steps: industrial gasoline is added in chloroprene rubber asphalt adhesive for diluting, the two substances are evenly mixed, and the mixture is brushed on the cleaned surface of a substrate; then, a coiled material is laid after the brushed mixture is kept at normal temperature for 4 hours; during pavement, the joint place of the substrate and the coiled material is heated by a flame spray gun when the coiled material is uncoiled; the distance from the flame spray gun to the heated surface is 300 mm; when the surface of the coiled material is just molten by reciprocating heating, the coiled material is forwards rolled, laid and bonded; the coiled material is upwards laid from cornices and parallel to the ridge; for the bidirectional flowing slope, the coiled material is in lap joint in the flowing direction; the lap joint widths of the long edges and the ends of the coiled material are both 80 mm; and joints of the ends are staggered by 50 mm; the lap joint place of the coiled material is heated with the spray gun and the bonding is reinforced by the heating; and the closing head of the tail end is tightly filled with sealant.

Some embodiments of the present invention are directed to techniques for building up single layer or multi-layer structures on dielectric or partially dielectric substrates. Certain embodiments deposit seed layer material directly onto substrate materials while other embodiments use an intervening adhesion layer material. Some embodiments use different seed layer materials and/or adhesion layer materials for sacrificial and structural conductive building materials. Some embodiments apply seed layer and/or adhesion layer materials in what are effectively selective manners while other embodiments apply the materials in blanket fashion. Some embodiments remove extraneous depositions (e.g. depositions to regions unintended to form part of a layer) via planarization operations while other embodiments remove the extraneous material via etching operations. Other embodiments are directed to the electrochemical fabrication of multilayer mesoscale or microscale structures which are formed using at least one conductive structural material, at least one conductive sacrificial material, and at least one dielectric material. In some embodiments the dielectric material is a UV-curable photopolymer.

The invention provides a construction method of a plant-growing box-type retaining wall, and belongs to the field of gardening. A plant-growing box-type retaining building block wall is formed by more than two layers of plant-growing box-type building blocks which are stacked upward in a transverse side-by-side staggered lap joint mode; each plant-growing box-type building block is formed by a concrete outer frame, a plant-growing plate, a vegetative cover and a growing substrate; a backfill concave hole is formed in the middle of the top surface of each plant-growing box-type building block, a protruding block is arranged on the bottom surface of each plant-growing box-type building block, the plant-growing box-type building blocks are combined in a mutually embedded mode, the retaining wall can be constructed according to a designed height by repeated stacking of the plant-growing box-type building blocks, and each ecological concrete plant-growing plate can be used for growing of a lawn, liana and a subshrub and has good effects of protection and landscape ecology.

A building cladding has a cladding material (6) which is fusible and which attached to fastening (7) by fusing. The fastening penetrating the building substrate (4). By fusion to itself the cladding material forms a generally continuous membrane over the substrate. Preferably polyurethane is used as the cladding material fusible surface.

The invention provides a composite vacuum insulation board for a building exterior wall and a preparation method thereof. The composite vacuum insulation board for the building exterior wall comprisesa surface layer, a vacuum insulation board and a substrate layer which are sequentially arranged, wherein the vacuum insulation board is separately connected with the surface layer and the substratelayer through rigid foam polyurethane. According to the composite vacuum insulation board, the rigid foam polyurethane is used for connecting the surface layer, the vacuum insulation plate and the substrate layer, so that the rigid foam polyurethane can not only play a role in bonding, but also play a role in protecting the vacuum insulation plate, and the problem that the insulation effect is reduced due to the fact that the vacuum insulation plate is not prone to bond with the wall and is easy to destroy in the construction process is very well solved; and the surface layer, the vacuum insulation plate and the substrate layer of the composite vacuum insulation plate for the building exterior wall form an organic whole, so that functions such as decoration and insulation can be completedthrough one process, the construction is convenient and fast, and the construction period is saved.

The invention relates to an exterior wall paint, and concretely relates to an aqueous high weather resistance environmental protection fluorine carbon paint. The paint of the invention is a novel high weather resistance environmental protection fluorine carbon paint. A novel aqueous fluorine carbon resin which is adopted in the invention is subjected to a self-chemical crosslinking reaction to generate a high performance high weatherability macromoleclar polymer. The aqueous high weather resistance environmental protection fluorine carbon paint has the main characteristics of possessing of performances of a solvent-based paint, and solution of the possibility of auto-polymerization in a normal temperature state. The paint of the invention can be applied to the new construction of large building exterior walls, has an ultraviolet ray resistance and an erosion resistance to chemical substances in environment, and has a good adhesion with various types of substrates.

Provided herein include methods and compositions pertaining to coatings, such as paints, for covering a substrate. In some aspects and embodiments the coatings may include a heat reflective metal oxide pigment that, applied to an external surface of a building (or is applied on a substrate used for an external surface of a building such as an architectural metal panel) reduces the energy consumption in the building. In other aspects and embodiments, provided are textured coatings having a texturing material; for example, methods and compositions are provided pertaining to textured coatings that can be applied robotically or in an automated fashion. In various aspects and embodiments, textured coatings are provided that include a texturing material and a heat reflective metal oxide pigment

The invention belongs to the environment protection and ecological construction field, and provides a method for preparing an ecological brick for ecological ditch construction, an ecological protective slop, etc. The ecological brick consists of two part: one part is a brick body with a planting groove; the other part is a filler for the planting groove; a material of the brick body can be concrete or a mixed material brick consisting of fly ash, lime, phosphogypsum and sand; and the strength of the material can reach between 10 and 20 MPa. The shape of the brick body can be a hexahedron, a cuboid, a cube, a trapezoid, etc; the planting groove of the brick body can be positioned on one side, two sides or more sides of the brick body; the shape of the planting groove can be a column, a cone, a hexagonal prism, etc; the bottom of the groove is fixed with a ferrite permanent magnet; and the magnetic density of the surface of the ferrite permanent magnet is between 0.03 and 0.08 T. The filler of the planting groove consists of a mixed substrate which can hold water, penetrate and supply plant nutrition, have certain strength and is favorable for plant growth and plant seeds. The bricks are bricked to an intercepting drain, a drainage ditch, a diversion ditch, etc. through proper combination; during a week after proper maintenance, plant can germinate; after about six months, the ecological ditch and other ecological structures covered with plants and coordinated with the periphery are formed.

A method for producing a building element, including providing a substrate, applying a thermosetting binder on the substrate or on a wood veneer layer, arranging the wood veneer layer on the substrate with the thermosetting binder intermediate the substrate and the wood veneer layer, arranging an elastic or formable sheet including a polymeric material between the wood veneer layer and a press surface of a pressing device, applying heat and pressure by the pressing device on the elastic or formable sheet, the wood veneer layer, the thermosetting binder, and the substrate, thereby forming a building element including the substrate and the wood veneer layer attached to the substrate by the thermosetting binder, after applying heat and pressure, removing the elastic or formable sheet from the wood veneer layer. Also, a pressing device for embossing a wooden surface and a method of embossing a wooden surface.

The invention provides special antifouling powder paint for a surface layer self peeling type building aluminum plate. The paint is prepared from the following ingredients in percentage by weight: 30to 60 percent of modified substrate resin, 30 to 60 percent of functional filling materials, 1 to 3 percent of adhesion force promoters, 1 to 3 percent of charger regulating agents, 0.5 to 1.5 percentof leveling agents, 0.3 to 0.8 percent of benzoin and 0.8 to 3 percent of pigments. The powder paint is prepared by the following scheme with the steps of (1) preparing alkali-soluble resin; (2) preparing modified substrate resin; (3) after the materials are weighed according to the formula, performing uniform crushing by a high-speed stirring machine; performing fusion extrusion; (4) performingair cooling, crushing and sieving on extruded sheet materials to obtain powder paint. The cement slurry corrodes a coating at a certain thickness in a controllable way; in the cement hardening demolding process, the corroded part falls together with the cement; a new coating is exposed; the problem of no antifouling function of the special antifouling powder paint for a building aluminum plate issolved, so that the use cycle times of the coating is greatly improved; the advantages of low construction difficulty, process simplicity and the like are realized.