|
|
Panel
Material: 0,8 mm steel sheet, hot-coated with zinc, tested anti-corrosion using saline fog. Made of three elements: basin, armature and cover, formed and assembled by cold pressing. Injection filled with light concrete insulating thickness minimum 15 mm, maximum 30 mm. Not combustible. CLASS ZERO.
A) BASIN: cold pressed and ribbed to contain armature and core.
B) ARMATURE: a truss of cold pressed cut perpendicular vertical elements, giving stiffness and stablity.
C) TOP COVER: the load bearing surface, cold pressed to lock the basin and armature around the edges.
D) CORE: cellular light concrete injection filled with density of 1400 kg./mc. spacing and insulating the basin from top cover.
|
|
|
SISTEMA MEN is also available in a 'Rug' version that allows for the personalization of diverse environments and the creation of display areas and pathways. There are also 'Slide' pieces that help deal with flooring uneven surfaces.
|
|
|
Modular panel made of chipboard, composed of wood-core particles bound together by heat-hardener resins Thickness available 30 mm and 38 mm. This type of panel is suitable for working environments where a medium level physical-mechanical performance is required. It is recommended with HPL-laminate or resilient top finishes. It is not convenient for areas affected by humidity and it is therefore advisable to limit the use of water as much as possible even for its maintenance.
|
|
|
Modular panel made of homogeneous high density calcium sulphate constituted of gypsum and vegetable organic fibres. Suitable for working and executive environments, it can be combined with ceramic and stoneware top finishes, even if it is ideal when used with resilients and HPL-laminates top finishes. The technical characteristics can vary according to the thicknesses available, 30 and 34 mm, although high physical-mechanical performance, excellent fire-resistance and high levels of sound-proofing are always guaranteed.
|
|
|
Parklex 3000 is a high-density stratified timber panel, impregnated using our exclusive Gureprex system. It may be adhered to any type of support material (fibreboard, MDF, fibre cement, galvanised steel etc.) normally used to construct full access floors.
|
|
|
|
|
|
Intec presents Acciaio as a solution for loose-laying top finishes. The advantages are many: the loose-laying top finishes can easily be replaced without removing the panel; the panels do not need protection from damages during works on the site; as for the aesthetic final result, the choice of the loose-laying top finishes do not interfere with the raised floor as a structural system; the loose-laying top finishes are the ideal for a high sound-proofing power: i.e. the carpet for the open-space offices.
The Acciaio panel is screwed directly on the pedestal head, to guarantee a very high stability of the whole system, even without using stringers. It is composed by two steel sheets welded one to the other and it is made by a process that, keeping the thickness of the steel constant, gets in the lower side 64 hollows which work as a ribbing. Then a cement-base inert material is injected inside the panel by pressure and in a pre-determined quantity: this gives the system a better soundproofing power, improving its physical-mechanical characteristics.
|
|
|
Panels fitted with holes for air flow.
|
|
An extremely wide choice of materials allows to customize Uniflair access floors to the most demanding needs:
- from carpeting to fine wood,
- linoleum to Florentine cotto,
- ceramic to marble,
- and recomposed stone, each area of a building can have its architectural style..
|
|
STEPCLAIR
Slip-resistant surface with both upward and downward facing holes.
The downward-perforated holes have a diameter of 18mm, whilst the upward-perforated holes have a diameter of 4.5mm, creating a plank with a 30% open area and aperature sizes that prevent a 20mm diameter ball passing through the openings.
The interplay between the prominent and recessed openings provides a secure foothold and at the same time allows liquids to drain freely off the surface. The STEPCLAIR profile is less aggressive than the STEPBLOC profile and has the advantage of allowing wheeled trollies to be pushed across its surface.
Webforge supplies STEPCLAIR manufactured from pregalvanised mild steel and the planks are supplied in a range of different heights, widths and thicknesses with the maximum length of 5.760m.
|
|
STEPBLOC
Slip-resistant serrated surface with raised perforations.
The upwards-perforated surface with its non-slip design provides a surface which gives superior grip properties that offers the highest safety. The oval-shaped openings permit liquids to run off easily, these openings provide a 37% open area and are sized to prevent a 15mm diameter ball passing through the openings.
Webforge supplies STEPBLOC manufactured from pregalvanised mild steel and the planks are supplied in a range of different heights, widths and thicknesses with the maximum length of 5.790m.
|
|
Composite board made up from a chipboard core with fine particle surface type P2, glued both sides with 0.8 mm HPL.
Field of application
Kitchen furniture, shop fitting, partition walls, interior fitting in banks, offices, schools, hospitals, laboratories, public buildings, use in shipbuilding and vehicle construction.
|
|
Decorative composite board made of a medium density fibre board (MDF black coloured throughout), designed with the individual customer motifs and white backing on the reverse side.
Field of application
The product has a wide spectrum of applications, ranging from trade fair and shop fitting to interior finishing. Individual MDF black Composite is not suitable to outdoor use.
Special
Further core boards on request.
|
|
System Description
The system comprises of an engineered nominal 599.5 x 599.5 x 30mm beveled edge high density particleboard panel, which has a countersunk hole at the four corners. The panel is then fixed through the corners with a steel tap-tite screw to an all steel electro-plated adjustable pedestal which is fixed to the sub-floor. The pedestals are leveled using laser levels to achieve a flat and level surface. This produces a level working platform with an accessible 599.5mm x 599.5mm grid for finishing with carpet tiles suitable for general office use.
|
|
General Information
-Panel dimensions: 600mm square x 26mm thick
-Panel weight: 22kg
-High performance 12.5mm thick calcium sulphate core
-Core encased in 0.5mm thick zinc plated sheet steel tray
-13mm thick granite surface covering
-Fully accessible and interchangeable panels
Understructure Options
-Revsied Alpha IV pedestals
-Alpha IV pedestals up to 450mm FFH
-Alpha IV pedestals with snap-on stringers above 450mm FFH
-Alpha III pedestals with snap-on stringers above 600mm FFH
Covering Options
-Range of natural stone and granite varieties providing a large selection of colour and pattern options
-Highly polished surface to give a high gloss finish that is easily cleaned
-Alternatively the surface can be honed to give a reduced gloss level that is still easily cleaned
|
|
|
|
|
|
FEATURE BENEFITS
High edge strength reducing edge to edge deflection
Precision construction and location for a accurate floor grid
Solid underfoot
Panel construction gives Class O fire rating
Excellent electrical continuity is maintained
Good acoustic performance
Safe and easy access
Excellent lateral stability
600mm x 900mm oversize panels available in order to minimise perimeter cutting.
TYPICAL AREAS OF APPLICATION
General office areas.
DESCRIPTION
This screw down floor panel is fully rated to the PSA MOB PF2 PS/SPU medium grade requirements. The design incorporates a unique wrap-around construction which provides total encapsulation of the chipboard core. This design also improves panel edge strength and accessibility. With an overall thickness of 26mm this slim design provides the maximum usable void within the confines of a given finished floor height, an important aspect when the slab to slab dimension is limited.
CONSTRUCTION
The 600mm square TorLock medium grade is manufactured to a thickness of 26mm using a high density chipboard core fully bonded and encapsulated within a casing of galvanised steel. The panels are engineered to fine dimensional tolerances for modular control, accurate grids and prevention of creep. A unique die-formed perimeter flange protects against edge damage and panel jamming. Full dimensional accuracy ensures that all TorLock medium grade panels are fully interchangeable with each other. Corner locking to the pedestal head gives rock free solid stability, safeguarding the floor's structural properties even during heavy maintenance, while still allowing authorised access to the floor void.
|
|
|
|
|
|
FEATURE BENEFITS
Wide range of covering options available.
Precision construction and location for a accurate floor grid
Solid underfoot
Panel construction gives Class O fire rating
Good electrical continuity is maintained
Good acoustic performance
Safe and easy access
Excellent lateral stability
TYPICAL AREAS OF APPLICATION
Computer rooms, equipment rooms, print rooms etc.
DESCRIPTION
This loose lay floor panel is fully rated to the medium, heavy and extra heavy grade requirements of the PSA MOB PF2 PS/SPU specification. The design incorporates a full depth edge band which provides total encapsulation of the chipboard core. This design also provides protection to the edge of the surface covering.
CONSTRUCTION
These floor panels are based on a 600mm square module constructed around a high performance chipboard core. The top and base surfaces of the core are laminated with galvanised sheet steel. The appropriate surface covering is then laminated to the top surface before being trimmed to fit flush with the panel sides. The panel edges are then laminated with an ABS edge band which provides protection to the chipboard core and surface covering. Electrical continuity is provided through the panel construction to the steel base steel and hence to the pedestals. Positive location and retention of the floor panel is achieved by the use of a moulded plastic cap.
|
|
|
The system comprises of an engineered nominal 600mm x 600mm x 26mm P6 high density particle board panel encapsulated in 0.5mm galvanized steel lid and bottom steel tray. The panel is designed to receive a multitude of different finishes to suit client requirements. The panel is gravity laid onto all steel electro plated adjustable pedestals which are fixed to the sub-floor, either by polyurethane adhesive or by a combination of polurethane adhesive and mechanical fixings. The pedestals are leveled using laser levels to achieve a flat and even surface. This produces a level working platform with an accessible 600 x 600 grid for finishing with vinyl tiles suitable for general office use. Access to the void is achieved using a simple suction lifting device.
|
|
|
|
|
|
Raised floors have become very popular in recent years, due mainly to technological advancements and the propagation of IT systems. Unlike a convention floor, this solution leaves space under the walking surface for routing lines for utilities (electric power, lighting and air conditioning), data transfer (IT networking and telephony) and automation systems (security and fire systems).
Rationalised space usage and superior functionality are made possible by the extreme versatility of this type of flooring, which may be modified easily, quickly and inexpensively.
Raised floors are made up of a metal support structure, consisting of columns, cross beams and insulation elements. The panels are supported and loads distributed to the underlying support floor by the columns, the lengths which depends on the gap between the underlying support floor and the walking surface (minimum 7-8 cm). The stability and load bearing capacity of the columns are increased by horizontal cross members acting as a connection between the columns. And lastly, insulating elements are used to provide vibration and sound proofing.
The modularity of the elements and structure mean that raised floors can offer significant advantages over conventional floors:
panels can be worked on individually, to permit maintenance and modification to the underlying utilities, without interfering with the adjacent panels;
all elements are assembled dry, without needing adhesives;
rapid installation;
complete freedom of choice of finishing ;
complete freedom to reorganise the floor in future to cater for new space or legislation related needs;
|
|
ASM's Accel-Air die-cast aluminum air flow grate is our latest addition. With its 56% free open area, it is the best air flow panel in the industry when it comes to moving air. Made from high quality aluminum, it is available in a raw
casting or powder coated epoxy finish. The Accel-Air Grate is the best solution for creating "cold" aisles for your server and equipment rooms to ensure no
overheating.
|
|
The ASM MC125 Panel is constructed of a high density composite core encased in a sheet metal shell. The MC Systems offer high performance characteristics in a fair valued product. Its solid feel and light weight offers an economical solution
to your access floor needs.
|
|
|
Traction control flooring is made using a self-texturing enamel permanently fused to the glass surface. The coating provides aggressive traction properties to the glass surface and results in a superior slip coefficient as a safety feature for glass flooring. TC Frit can be applied to many different thicknesses of glass as well as to combinations of thicknesses laminated together to satisfy weight or building code requirements. This product is offered in standard or custom patterns to give flexibility to the degree of translucency and traction control required.
|
|
| ... products without information |
| |
|
|
