Insulators - Import export

Polistop is a sandwich panel that integrates with the traditional structures made of two galvanized electrowelded mesh, joined by connectors, and a suitably shaped polystyrene (EPS) sheet; the sheet can have a variable thickness according to the architectural and insulation requirements. This precast insulating panel, subsequently completed on site, can be used for fast building and excellent insulation Infill walls of residential and commercial buildings; Infill of prefabricated industrial buildings or on site castings; Partition walls.

PNEUMATIC NAILERS FOR HEAVY STAPLES S29, section 2.10 x 1.80 mm, width 22.9 mm, length from 75 to 160 mm. USES: fixing insulation panels in the construction field. Available models: S29.130 model for staples with length from 65 to 130 mm. S29.160 model for staples with length from 65 to 160 mm.

Bearing walls in single sandwich panel Roof in single sandwich panel.

The software, designed by Schnell Home engineers, makes the production and installation of prefabricated sandwich panels much easier. The software works with AutoCAD and calculates the m² of insulating panels, the optional mesh , the quantities of materials and the necessary manpower hours; executes the production list by listing the number and dimensions of the different sandwich panels to be produced; produces the drawings to be used on site for the assembly and cutting of polystyrene panels (EPS); the cuts are calculated to optimize the production and minimize wastes.

Electromechanical automatic mesh cutting and bending machine for the production of U, L, Zshaped mesh and sandwich panels. Mesh handling is guaranteed by clamps driven by electric servomotors. Max mesh width 1250 mm; Max mesh length 6000 mm.

Robotic plant for the production of prefabricated sandwich panels made up of one or more assembling machines working side by side fed by a robot that loads the produced mesh and the polystyrene sheets that have already been cut. Once assembled, another robot placed at the end of the machine, unloads, stacks and binds the polystyrene panels to be used as main walls, partitions and infill walls of prefabricated and industrial buildings.

Machine for the assembly of the (EPS) polystyrene sheet shaped to two external electrowelded mesh. The assembling machine welds the vertical connectors to the two external mesh, producing the prefabricated sandwich panel. This way it is possible to produce all types of insulated panels single panels, double panels and floor panels of different thicknesses, ideal for the construction of residential, commercial and industrial buildings.

Mesh welding machine for the production of electro welded meshes supplied by bars and coils. This machine produces electro welded meshes with transversal wires prestraightened and cut to size and longitudinal wires supplied directly from coils. The mesh maximum width is equal to 1250 mm and the length is unlimited. These electrowelded mesh are used for the production of prefabricated sandwich panels.

Machine to cut (EPS) polystyrene blocks in sheets, useful for the production of precast sandwich panels. The machine cuts the blocks horizontally and vertically and obtains polystyrene sheets of different thicknesses and shapes.

Machine used to reinforce the polystyrene insert (EPS) of the Reinforced Thermal Block. The machine inserts automatically the vertical wires and their connectors into the polystyrene core.

The "Reinforced Thermal Block" is a new building block composed of two vibropressed concrete sheets separated by a suitably shaped (EPS) polystyrene core of variable thickness depending on the required insulation. The concrete sheets are joint by four galvanized steel connectors of Ø 23 mm, which make the block a single body. This insulating block may be used for Infill walls of residential and commercial buildings; Infill of prefabricated industrial buildings or on site castings

The stairs panel is made up of a suitably shaped polystyrene (EPS) sheet, wherein the riser and tread can vary according to the needs of the project. The polystyrene is covered by two electrowelded mesh joined by connectors. This prefabricated panel is reinforced and completed with concrete casting in the special ribs inside the EPS polystyrene.

The floor panel is a sandwich panel used for floor and roof coverings, whose thickness varies according to the spans and the design loads. This prefab panel, prefabricated in the factory, is generally completed on site by placing concrete into the ribs and upper concrete casting a sort of a disposable, insulating formwork, whose thickness of polystyrene (EPS) varies according to the requirements of insulation and structural resistance. Alternatively, the reinforcement and casting can be done directly in the factory, as for the prefabricated concrete floors. These insulated precast panels are used for floors of structures completely made with panels; floors of buildings made with prefabricated structures, onsite castings or made with metal structure; floors of prefabricated modules.

The double panel is made of two single sandwich panels, assembled leaving an intermediate crawl space of variable thickness depending on the type of building and the required wall resistance. These panels, prefabricated in the factory, are completed with concrete casting in the central crawl space the double panel could therefore be defined as a disposable, insulating formwork, whose thickness of polystyrene (EPS) sheets varies according to the insulation requirements. Externally, the double panel is completed using traditional plaster. This insulated precast panel is mainly used for main walls in structures completely built with insulating panels; main walls in structures with wooden roof or any other material.

The Single Panel is a sandwich panel made of two galvanized electrowelded mesh, joined by connectors and by an appropriately shaped polystyrene sheet (EPS) of variable thickness according to specific architectural and insulation requirements. This insulated precast panel, subsequently completed onsite, is used for Main walls in structures completely made with panels, compatibly with the structural inspections and technical standards; Main walls in structures with wooden roof or any other material; Partition walls; Infill walls of residential and commercial buildings; Infill of prefabricated industrial buildings or castings.

STIFERITE FIRE B a high performance insulation board manufactured from CFC or HCFC free closed cell Polyiso (PIR) rigid foam, covered on one side by a mineralized fibre glass facers, and the other, to be positioned on toward the side more exposed to the risk of fire, by fibre glass with additional mineral fibre named STIFERITE FIRE B facer®. Specifically suggested for insulation of ventilated facades (it meets the requirements of the Technical Guide of “Anti fire safety requirements of facades in residential buildings” dated 15/04/2013). The FIRE B panel is suggested for Insulation of walls as in “ventilated facades”. Insulation for all applications where elevated fire reaction performance as in organic material insulation is required. Produced by a company certified with systems ISO 9001, ISO 45001 and ISO 14001. CE conformity marking on the entire line.

STIFERITE Class SK a high performance insulation board manufactured from CFC or HCFC free closed cell Polyiso (PIR) rigid foam, covered on both sides by saturated fibre glass facers. The Class SK panel is suggested for external insulation walls in ETICSystem applications, correction of thermal bridges and porticoes. Panel used in ETICSystems with certification ETA Produced by a company certified with systems ISO 9001, ISO 45001 and ISO 14001. CE conformity marking on the entire line.

INTOIDRO ELS: Bi-component cementitious elastic membrane based on cementitious binders and special elastic polymers, anti aggressive and abrasion resistant for mineral waterproofings. INTOIDRO MONO: Cementitious elastic fibre-reinforced mono-component mortar based on cementitious binders and special acrylic polymers highly elastic, antiaggressive and resistant to abrasion for mineral waterproofings.

Versatile, elastic, with a high level of protection and thermal and acoustic insulation, wood has always been used to guarantee and improve the quality of life in the environment. A parquet Floor is above all an aesthetic choice, it is made for those who want to give their home an atmosphere without age, classic and modern at the same time, and therefore always current. In particular, the wooden floor gives domestic environments all the beauty and comfort of living our daily lives. Obviously, it is appropriate to choose based on various subjective/objective factors and our advice serves to integrate our expertise and experience in the need of your requirements. Sgambetterra offer services of the sale and installation in both solid wood parquet and prefinished parquet. Do you want to understand the difference? Read the guide below. Do you still have any doubts? Contact us, our consultants will be able to advise you the best in choosing the parquet that best suits your needs.

Highadhesion epoxy resin for heavyduty fastenings for use in different base materials as concrete, solid masonry and wood. This Bossong resin can be used also with wet concrete and flooded hole including underwater fixing (reduction of the recommended loads of 20%). Suitable for electrically insulated fastening. It has longterm resistance to hydrolysis. Excellent for applications with reinforced bars. Thixotropic consistency. The resin, due to its strong adhesion value and the ease with which it penetrates holes and hollow areas, permits secure fixing without expansion and so without stresses in the base material. It does not need premixing, the resin and hardener are only mixed during extrusion in the special mixer. It can also be used for repair and refilling. SERVICE TEMPERATURE RANGE Between 40°C /+ 40°C with T°max long period of 24°C and 40°C/+80°C with T°max long period of 50°C (ambient temperature after installation).

There are certainly technical and theoretical reasons determining whether an anchorage should be realized with resin or grout. However, in the practical application it is not so easy to define such limit, because of many factors, such as the compatibility with the original materials or simply feasibility problems during the execution. Significant parameters for choosing the type of anchors are type of substrate anchorage length hole diameter setting time and fixing mode waiting times for the loading of the anchorage The thixotropic consistency of the resin, that is useful to prevent from excessive spreading in the interstices of historical buildings, complicates the deep extrusion stage and limits the anchorage length in comparison with the application where the injection is realized with grouts.

Cooperation with the designer The characteristics of Bossong anchorages are defined on the base of the specific parameters of each single project, as well as the dimensions of the hole they must be embedded in, that depend on the type of material constituting the substrate. The change of information relating to the knowledge of the building’s state of preservation and of the aims of the provided interventions, drawings and pictures, the pattern of cracks and deformations, as well as the design of interventions, are very important to define the type of anchor that better fits the application and also to evaluate the intervention from the economic point of view. Tests in place The need to give to design engineers the possibility of an assessment of the behaviour of injected anchors in a particular application and in a specific setting has lead Bossong to equip its technician with a mobile instrumentation that allows the execution of onsite tests.

The need to begin studies in the field of injection anchors is testified by the stronger and stronger request by the designers for instruments and guidelines for the design of anchors and their application in the strengthening of masonry structures. One of the main aims of research is just that of supplying design recommendations which may be of help for designers and technicians working in this field. Laboratory tests In collaboration with the Civil Engineering Department (DICATA) of the University of Brescia a set of laboratory tests were carried on masonry samples in order to check the capacity of the injection anchors with sock in terms of adherence and mechanical interlocking with the substrate. The execution, during the research activity, of a great number of tests has lead to the definition of parameters that are fundamental for the design of injected anchors with sock, as the bond strength at the steel barinjected grout interface an at the injected groutsubstrate interface.

Bossong anchors are embedded into boreholes made in the masonry to be strengthened through drilling machines with diamond bits, that work only with rotation movement in order to avoid vibration and percussion effects on the masonry. Depending on the type of masonry and on the particular setting of the site drilling works can be done with water or air cooling or with techniques that help to avoid the spread of cooling liquids. The choice of the drilling technique is decisive when works are done in unique and precious settings where painting, ancient plasters and stuccoes are present and have to be saved and preserved. The borehole diameter is designed according to anchors size it is usually about three times the steel bar diameter; the length of the anchor is another parameter to be evaluated for the right choice of the borehole diameter.

Bossong plastic sleeves with thread ends for continuous protection system; nylon insulation washer; metallic pipe fittings drilling machine/BOS TP plastic sleeves.

Bossong injected anchors with sock and Presstec grout with RBOS bars. Injected multibars anchors with sock and Presstec grout with RBOS bars. Stainless steel reinforced bars. On demand carbon steel bars.

Over the last recent years a greater and greater attention to the existing building heritage and to the activities aimed to the preservation of both buildings with high architectural value and those belonging to the category of traditional buildings has been developed. Among the restoring interventions of existing buildings there are often strengthening works, in which one provides the embedment of metal anchors into masonry or wood stitching of cracks, bonding between reinforcement metal anchors and the existing structures, tierod or reinforcement ring put to contain the action of pushing elements such as arches and vaults, connection between floor slabs and outside masonry walls, embedding of anchorages inside the walls in order to increase their resistance and the global behaviour of structures also for seismic upgrading.

Bossong injected anchors with sock and Presstec grout with GBOS bars. Stainless steel bars fully threated. Stainless steel smooth bars. Couplers, turnbuckers, nuts, standard end and architectural end plates.

Bossong injected anchors with sock and Presstec grout with TBOS bars. Stainless steel threaded bars. Couplers, turnbuckers, nuts, standard end and architectural end plates.