18 results about "Vapor barrier" patented technology

The utility model discloses a high -efficient heat preservation steam pipeline, including upper heat preservation pipe, the lower heat preservation pipe is provided with in the upper heat preservation pipe lower extreme, the upper heat preservation pipe and the lower heat preservation pipe inside all distribute and be provided with movable box, the movable box is not less than two, install extrusion spring in the movable box, one end of extrusion spring is connected through extrusion rod and clamping plate. Advantageous effects lie in: the utility model discloses the design through movable box, extrusion spring and extrusion rod, make the heat preservation board on upper clamping plate and lower clamping plate can steam pipe body extrusion heat preservation, cooperate the direct contact of sealing rubber pad in plugboard and plug groove, can effectively avoid the steam erosion heat preservation board of outside, and the design of aluminium foil layer can form a damp proof course outside rubber layer, nanometer heat insulation felt layer and glass cotton layer, effectively avoided the condensate erosion heat preservation board of steam pipe body, effectively guaranteed the heat preservation effect of steam pipe body.

This invention relates to the field of urban public facilities technology, specifically to an environmentally adaptive slip ring hydrogel temperature-controlled outdoor bench, comprising a support frame, a temperature-controlled pad, and an internal unidirectional vapor barrier layer, a temperature-controlled layer, a slip ring honeycomb skeleton tube, a buffer layer, and a heat-insulating and moisture-proof base plate. The temperature-controlled layer is filled with hydrogel and a phase change heat storage capsule. A fixing plate is fixedly connected to the bottom side of the temperature-controlled pad, and the fixing plate contains a gradient hydrophilic capillary reflux core. The hydrophilicity of the gradient hydrophilic capillary reflux core gradually increases from the liquid storage cavity to the hydrogel. The air inlet is directly opposite the guide condenser tube. The surface of the slip ring honeycomb skeleton tube has several horizontally oriented sieve holes, and the inner cavity of the slip ring honeycomb skeleton tube is connected to the guide condenser tube. Through the unidirectional vapor barrier layer and the slip ring honeycomb skeleton tube, an effective temperature difference is formed with the steam. The gradient hydrophilic capillary reflux core is used for anti-gravity transport of moisture, realizing closed-loop moisture recycling. The hydrogel combined with the heat storage capsule can meet the outdoor needs throughout the year, and the whole bench is easy to use.

This invention relates to an ultra-thin flooring for cold storage with an internal insulation structure and its construction method. The construction method includes the following specific steps: S1: Casting a reinforced concrete floor slab; S2: Sequentially laying a vapor barrier layer, an insulation layer, a waterproof and breathable layer, and a geotextile layer on the reinforced concrete floor slab; S3: Pouring a concrete surface layer on the waterproof and breathable layer. The advantages of this invention are its simple process and convenient construction. Addressing the characteristics of large-area ultra-thin flooring in large concrete cold storage structures—prone to cracking, peeling, and poor flatness—this invention develops an internal insulation structure for ultra-thin cold storage room flooring and its construction method, solving the technical problems of difficult repair after cracking of ultra-thin flooring in low-temperature cold storage, impacting cold storage operation, and low construction efficiency.

This invention discloses an energy-saving exterior wall insulation system for residential buildings, belonging to the field of building energy-saving insulation technology. The system includes a base interface adaptation unit, a gradient thermal insulation unit, a thermal bridge closed-loop blocking unit, a moisture balance control unit, and a crack-resistant protective finish unit. These units are arranged sequentially from the outside to the inside and coupled through an interface-compatible process. The base interface unit uses a permeable modified layer, the gradient insulation unit is a three-layer composite structure, the thermal bridge unit achieves full-node closed-loop blocking, the moisture balance control unit employs asymmetrical control of vapor barrier, humidity regulation, and moisture conduction, and the finish unit is a flexible, gradient, crack-resistant structure. This invention is integrated without breaks, thermal bridge leakage, or condensation and mold growth, exhibits excellent thermal performance, is easy to operate and maintain, is suitable for new residential buildings and renovations of existing buildings, and meets ultra-low energy consumption residential standards.

The application discloses a kind of zero-carbon house building wall body process perforation construction methods, comprising: S1, set hole in non-interference position on wall body;S2, select the sleeve pipe of square or rectangular section, and paste air-permeable film at one end of sleeve pipe, paste vapor-permeable film at the other end;S3, square sleeve pipe is fixedly installed in hole;S4, when waterproof vapor barrier film or vapor-permeable film is pasted on wall structure surface, the third part of film material on sleeve pipe is pasted on wall structure surface and the film material on wall structure surface is overlapped;S5, after removing the wall part, the second part of film material is pasted on the sealing surface, and the film sheet of corresponding property is pasted on the whole end surface of sleeve pipe and forms overlapping relationship;S6, cover sleeve pipe when constructing surface layer on wall inner wall and outer wall, to be consistent with other positions of wall body.According to the construction method of the application, the repair of process perforation is completed synchronously with the wall structure construction process, without subsequent repair.

The steel perforated metal panel thermal insulation, waterproofing, and vapor barrier curtain wall for a waste-to-energy incineration plant includes a keel frame, an outer decorative layer and a waterproof layer, and an inner thermal insulation and vapor barrier layer. The decorative layer includes corrugated aluminum plates and H-shaped aluminum alloy bases, with several H-shaped aluminum alloy bases snapped onto the main and secondary keels of the keel frame and fixed with bolts. The thermal insulation and vapor barrier layer includes thermal insulation rock wool located between the main keels and inside the secondary keels, a waterproof and breathable membrane laid on the inner wall of the thermal insulation rock wool, and inner steel plate pressure strips distributed inside the thermal insulation rock wool and outer steel plate pressure strips outside the waterproof and breathable membrane. This application achieves a unified effect of safety, vapor barrier, thermal insulation, and waterproofing by using a prefabricated method while ensuring the architectural aesthetics.

This invention provides a butyl self-adhesive vapor barrier membrane, its preparation method, and its application, belonging to the field of building materials technology. The butyl self-adhesive vapor barrier membrane comprises, from top to bottom: a first vapor barrier layer, which includes at least one functional layer, at least one polymer film layer, and at least one reinforcing layer; a second vapor barrier layer, which is a butyl pressure-sensitive adhesive layer; and an isolation layer; wherein the butyl pressure-sensitive adhesive layer is formed by curing a butyl pressure-sensitive adhesive comprising butyl rubber, modified bentonite, and molecular sieve activated powder. The butyl self-adhesive vapor barrier membrane exhibits good sealing performance and high reliability at detailed nodes; construction can be carried out simply by tearing off the isolation layer, making it simple to operate, convenient to use, and highly efficient in construction.

The present invention relates to a material cooler (40), wherein the material cooler (40) has a support surface for a material to be cooled, the material cooler (40) has an application side for introducing a high-temperature material onto the support surface, and an exhaust side for discharging the cooled material, the material cooler (40) has at least a first cooling zone (41) and a second cooling zone (42), the first cooling zone (41) is adjacent to the exhaust side, the first cooling zone (41) has a gas transfer means (51), the second cooling zone (42) is adjacent to the first cooling zone (41), the second cooling zone (42) has a first water supply means (52) for water at a temperature exceeding 100°C, and the first water supply means (52) is located in a material layer positioned below or on the support surface to generate a vapor barrier layer within the material layer.

The application provides a kind of suitable for ALC board system ultra-low energy consumption building outer door and window installation structure, including ALC board, flat steel, external thermal insulation, hook bolt, channel steel, angle steel, heat insulation pad, heat insulation gasket, outer window frame, filling insulation, waterproof vapor permeable membrane, waterproof vapor barrier film, pre-pressing expansion sealing tape, metal window sill plate, channel steel is connected with building main body by flat steel, heat insulation pad is fixed in channel steel, outer window frame is fixed on heat insulation pad, heat insulation gasket separates outer window frame and channel steel, filling insulation is filled between outer window frame and ALC board, waterproof vapor barrier film one end is pasted on outer window frame, one end covers angle steel and hook bolt and is pasted on ALC board, waterproof vapor permeable membrane one end is pasted on outer window frame, the other end covers filling insulation and hook bolt and is pasted on ALC board, external thermal insulation double staggered joint is laid on ALC board, external thermal insulation covers filling insulation upwards, metal window sill plate is fixed between filling pre-pressing expansion sealing tape between outer window frame below and external thermal insulation.

Modular system for the demountable construction of an insulated room (50) in an interior space (57) which has a level floor, - with wall panels (52) as elements of the system, each having a layer surrounded by a wooden frame (58) with: ◯ no layer of duromer overall and ◯ as outer and inner layer wood-based panel material (60) and in between ◯ at least one insulating layer (62) as well as ◯ a foil layer (64) as a vapor barrier or retarder, and which are arranged to be placed vertically on the level floor (26) of the interior space and attached to adjacent wall panels (52) in order to form one of the walls of the insulated space - wherein the walls formed from the wall panels are arranged to be attached to adjacent walls by having at least one wall panel of one wall attached to at least one wall panel of the other wall, wherein the assembly sequence of the wall panels of one and the other wall is not specified, and thus to form a closed ring of walls, ◯ with such wall panels (52) without door (72) and without window (74) and additionally ◯ with such wall panels (52") with door (74) as elements of the system, each having a door (74) surrounded by a wooden frame (58) and / or the layering, and additionally - with ceiling panels (54) as elements of the system, each having the layering surrounded by a wooden frame (58) and which are designed to be placed next to each other in a first direction in order to form the ceiling of the insulated room, and for this purpose are designed to be placed one after the other on two opposing wall panels (52) in the direction perpendicular to the first direction, spanning the ring of walls (52).

The application relates to the technical field of fireproof flame-retardant materials, in particular to a self-extinguishing material, a preparation method and application. The self-extinguishing material is prepared by the preparation method. The preparation method comprises the following steps: preparing a fire extinguishing slurry; uniformly coating the fire extinguishing slurry on a porous flame-retardant foam material to obtain a fire extinguishing functional layer; wrapping a flame-retardant packaging layer, an elastic buffer layer and a corrosion and moisture prevention layer from inside to outside on the outer side of the fire extinguishing functional layer to obtain the self-extinguishing material. The application comprises the application of the self-extinguishing material in building fire prevention, new energy battery thermal runaway protection, electrical equipment fire prevention and / or closed space fire extinguishing. The self-extinguishing material prepared by the application can capture and consume combustion free radicals, and the self-extinguishing function is realized.

The application provides a waterproof and moisture-proof vapor barrier film and a preparation method and application thereof, and belongs to the technical field of waterproofing. The waterproof and moisture-proof vapor barrier film comprises, from top to bottom, a first polyester spunlace cloth, a first adhesive layer, a core layer, a second adhesive layer and a second polyester spunlace cloth; the first adhesive layer and the second adhesive layer are formed by curing a polyurethane adhesive.

An electrical box assembly is described. The electrical box assembly has a box structure, an opening, and a door disposed within the opening; the door formed of at least two adjacent facets meeting at a frangible region. The electrical box assembly may further include a flange to maintain a vapor barrier when installed within a building structure. The door is configured to maintain a vapor-tight electrical box assembly by forming a vapor-tight seal upon a wire during installation of said wire.

This invention relates to the field of vapor barrier structure technology for cold storage walls, specifically a vapor barrier structure for wall joints and a prefabricated cold storage unit. It includes two PIR insulation boards, with a ceramic fiber board nested between them. A sealing connector is provided between the ceramic fiber board and the PIR insulation board. Embedded parts are installed on both sides of the PIR insulation board. Anti-loosening screws are screwed onto the surface of the ceramic fiber board, and these anti-loosening screws are connected to the embedded parts. The beneficial effects are: the "L"-shaped rubber sealing gasket and the arc-shaped groove-rubber sleeve form a double physical sealing barrier; combined with the rigid connection between the anti-loosening screws and the embedded threaded sleeve, the joint is mechanically reinforced, effectively solving the problems of water vapor penetration and loose connections; simultaneously, the integrated heating pipe and through-groove heat diffusion system actively increases the outdoor surface temperature of the PIR insulation board to suppress condensation formation.

This utility model discloses a real-time roof waterproofing monitoring system, relating to the field of building engineering technology. The system includes a roof with a ridge at its center. The roof includes a base layer at its base, with a vapor barrier fixedly installed at the top. A leakage detection strip is glued to the top of the vapor barrier, and an insulation layer is laid on the top of the leakage detection strip. This utility model determines leakage by the effect of standing water on voltage, rather than temperature and humidity. It allows for setting appropriate signal parameters to reduce false alarms and missed alarms. Installation is convenient; it can be placed under any structure within the roof waterproofing system and can be installed immediately using adhesive backing or on-site application. Finally, real-time data visualization facilitates later use and maintenance, enabling precise location of leaks and rapid repair.

This invention belongs to the field of building construction technology and discloses a passive parapet wall and its construction method. A vapor barrier layer is laid on the roof surface and extends up to a first preset height along the inner facade of the parapet wall. A roof insulation layer is stacked on top of the vapor barrier layer, and an inner insulation layer is attached to the inner facade of the parapet wall. The lower end of the inner insulation layer is pressed against the roof insulation layer, and the upper end is flush with the parapet wall; the inner insulation layer has a clamping gap. An outer waterproof layer is laid on top of the roof insulation layer and extends up along the inner insulation layer, with its end clamped within the clamping gap. Multiple mounting frames are spaced apart at the top of the parapet wall along its extension direction, with both ends of the mounting frames located on the inner and outer sides of the parapet wall. A top insulation layer is laid on the top of the parapet wall and pressed against the mounting frames. A waterproof capping is fastened to the top of the parapet wall and connected to the mounting frames. This passive parapet wall can avoid thermal bridging and prevent an increase in the building's overall energy consumption.

This utility model relates to the field of building construction technology, and provides a waterproofing system for steeply pitched roofs. The system includes a base steel plate, an outer decorative panel, a vapor barrier, an insulation layer, a first waterproof membrane layer, and a second waterproof membrane layer. The first waterproof membrane layer is formed by overlapping and welding multiple first waterproof membranes together. At the overlap edge of two adjacent first waterproof membranes, the lower first waterproof membrane is fixed by a perforation process, and the other first waterproof membrane covers the perforated area and is welded to the upper surface of the previous first waterproof membrane. The second waterproof membrane layer is bonded to the side of the first waterproof membrane layer facing away from the insulation layer. The first and second waterproof membranes are laid in a staggered manner, and the second waterproof membrane layer is formed by overlapping and welding multiple second waterproof membranes together. This application effectively reduces the risk of leakage and integrates waterproofing into a unified whole, improving the waterproofing performance of the building.

The utility model relates to the technical field of vapor barrier film tension control equipment, in particular to an adjustable vapor barrier film tension control device. According to the technical scheme, the adjustable vapor barrier film tension control device comprises a control device body, a second motor, a clamping rod, a mounting support, a damping telescopic rod, a pressure reduction spring, a supporting support and a pressing shaft, mounting assemblies are arranged on the two sides of the control device body, and second mounting grooves are formed in the inner sides of the mounting assemblies; compared with a traditional vapor-proof film tension control device, when the tension of the vapor-proof film needs to be adjusted according to site conditions, the adjusting support needs to be disassembled and assembled frequently, inconvenience is caused, the vapor-proof film tension control device can adjust the tension of the vapor-proof film in real time by arranging the automatic tension adjusting structure and the tension absorbing structure, and the tension of the vapor-proof film can be adjusted in real time. Meanwhile, deformation and wrinkling of the vapor barrier film due to rebound elasticity of tension adjustment are prevented, and the tension control efficiency of the vapor barrier film is effectively improved.