.jpg)
.jpg)
Conductive PVC/Vinyl steel raised floor
PVC conductive vinyl tile is used both for raised floors and other flooring. This product has a permanent anti-static function because of the conductive static network formed at the interface of plastic particles. Its appearance looks like the pattern of marble for a decorative appeal.
Color
.jpg)
.jpg)
.jpg)
.jpg)
.jpg)
.jpg)
.jpg)
.jpg)
.jpg)
.jpg)
.jpg)
.jpg)
.jpg)
.jpg)
.jpg)
.jpg)
Technical specifications
CTLINK® RAISED ACCESS FLOOR SYSTEM
CONDUCTIVE PVC/ VINYL STEEL RAISED FLOOR SYSTEM
- Item: Conductive PVC/ Vinyl steel raised floor
- No.: PFS01
- Specifications: 600×600×35 mm
- Panel material: Steel + Lightweight Cement
.jpg)
Drawing-of-HPL-steel-raised-floor Cutting-Edge-of-HPL-steel-raised-floor
This product is made of quality steel plate, which is stretched forming, point welded and plastic sprayed with bubble cement filler filled in its inner cavity. The fire-resistant decoration plates that can endure high temperature adhere to its surface with conductive chips embedded around it. The pedestals and cross beams are wholly plated with zinc and the height of pedestals is adjustable and can be self-locked.
Features of Conductive PVC/ Vinyl steel raised floor
- Designed specially for computer room & clean room
- Excellent rolling load & ultimate load performance
- Light weight cementitious fill makes panels solid and quiet
- Completely non-combustible
- Black electrodeposition cathodic epoxy paint finish for life time protection
- Class A flame spread and smoke development rating
- Wide range of finishes available
Benefits of Conductive PVC/ Vinyl steel raised floor:
- Excellent concentrated and rolling load performance
- Freely interchangeable between panels
- Epoxy powder coating for lifetime protection
- Concrete core make panel solid and quiet
- Superior ultimate load performance
- Completely non-combustible
- Excellent grounding and electrical continuity
- Flame spread and smoke development rating: Class A
Applicable Fields of Conductive PVC/ Vinyl steel raised floor
Computer rooms, programmed control equipment rooms, electrical-controlled classrooms, places that have requirements of dust-proof and anti-static, and fields with aerial requirements.Conductive PVC/ Vinyl Colour Card
The size of PVC Tiles: 600*600*2.0/2.5/3.0(mm)
Standard Color: CTLINK-13
PVC conductive vinyl tile is used both for raised floors and other flooring. This product has a permanent anti-static function because of the conductive static network formed at the interface of plastic particles. Its appearance looks like the pattern of marble for a decorative appeal.
This flooring is widely used in program machine rooms, computer rooms, power adjustment houses, purification workshops, and in the telecom, electronics, micro-electronic and medicine industries.
Features of Conductive PVC/ Vinyl Tile:
- Surface system electric resistance: 1 x 105 - 1 x 108Ω
- Static electricity decay period: (±500 - ±5,000V)≥2S
- Amount of wear: ≤0.020g/cm⊃2
- Combustion property: FV-0 < 10S
- Starting voltage: V < 100V
Understructure of Conductive PVC/ Vinyl steel raised floor:
If specified any understructure can be customized with an electro-galvanized, gold chromatised, or electrophoretic coating.
Colors: Available in silver, yellow/tan, or black
Flat Steel Head Pedestal
The pedestal design utilizes a 75mm square head. The base plate is normally 100mm square and includes provision for the use of mechanical fixing to the sub-floor or adhesive. The pedestal head design allows for the use of bolt-on stringers if required. All components are free of electro-zinc, a potential source of zinc whiskers.
Pedestal Height: 80mm -1500mm. Each pedestal allows for approximately 15mm-25mm height adjustment.
Pedestal Types:
Pedestal-F01
Specially designed for finished panels below 130mm height
as standard pedestals.
Specification:
- Flat pedestal head size 75x75x3mm, Rob M18
- Square Base Plate size 100x100x2mm
Pedestal-F02
Specially designed for finished panels above150mm height
as standard pedestals.
Specification:
- Flat pedestal head size 75x75x3mm, Rob M18
- Square Base Plate size 100x100x2mm
- Tube 1: D22mm tube*1.2/ 1.5mm Thick Wall/ M18 Screw
- Tube 2: 25mm tube*1.2/ 1.5/ 1.8mm Thick Wall/ M18 Screw
Above types of tubes should be available according to your requirements.
Pedestal-F03.jpg)
Specially designed for finished panels above 900mm height
as standard pedestals.
Specification:
- Flat pedestal head size 75x75x3mm, Rob M18
- Square Base Plate size 125x125x3mm
- Tube 1: 25mm tube*1.2/ 1.5/ 1.8mm Thick Wall/ M18 Screw
- Tube 2: 32mm tube*1.2/ 1.5/ 1.8mmThick Wall/ M18 Screw
Above types of tubes should be available according to your requirements.
Stringer ST for 600x600mm Rigid Grid System
-
Type ST-1173: 20x30x1173mm (use for steel raised floor)
-
Type ST-570: 20x30x570mm (use for steel raised floor )
Stringer ST-570 Strigner ST-1170
PERFORMANCE SELECTION CHART
| Panel surface | HPL |
| Size | 600 x 600mm |
| Thickness in mm | 35 |
| Fire Rating | 1 |
| Top Steel Sheet in (mm) | 0.7 |
| Bottom Steel Sheet in (mm) | 0.9 |
| Safty factor | >= 3 |
| Defletion | <= 2.5mm |
| CONCENTRATED LOAD | ||||||||||||||
| UNTIMTE LOAD | DEFLECTION | UNIFORM LOAD | IMPACT LOAD | ROLLING LOADS | ||||||||||
| PANEL | 0.100"/2.5mm | 0.080"/2.0mm | 10 PASS | 10K PASS | ||||||||||
| （lb） | （kN） | （lb） | （kN） | （lb） | （kN） | （lb/㎡） | (kN/㎡) | （lb） | (kg) | （lb.） | （kN） | （lb） | （kN） | |
| FS 700 | 2300 | 10.224 | 700 | 3.112 | 650 | 2.889 | 2500 | 11.113 | 100 | 45 | 650 | 2.889 | 450 | 2.000 |
| FS 800 | 2600 | 11.558 | 800 | 3.556 | 750 | 3.334 | 2800 | 12.447 | 100 | 45 | 750 | 3.334 | 550 | 2.445 |
| FS 1000 | 3300 | 14.669 | 1000 | 4.445 | 800 | 3.556 | 3500 | 15.558 | 150 | 68 | 800 | 3.556 | 600 | 2.667 |
| FS 1250 | 3800 | 16.892 | 1250 | 5.557 | 1000 | 4.445 | 4000 | 17.781 | 250 | 68 | 1000 | 4.445 | 800 | 3.556 |
| FS 1500 | 5000 | 22.226 | 1500 | 6.668 | 1250 | 5.557 | 5200 | 23.115 | 150 | 68 | 1250 | 5.557 | 1000 | 4.445 |
| FS 2000 | 6000 | 26.672 | 2000 | 8.891 | 1500 | 6.668 | 6200 | 27.561 | 175 | 79 | 1500 | 6.668 | 1200 | 5.334 |
| CTLINK Bolted Stringer System for Conductive PVC/ Vinyl Finished Cementitious Infill Steel Access Floor System --- Pedestal/Stringer | ||||||
| Pedestal No. | Pedestal Height (mm) | Horizontal Load (kG) | Vertical Load (18 kN) | Pedestal Head | Pedestal Tube | Pedestal Base |
| FS-L-PST80 | 80 ± 20 | 50 | Did not collapse | □75x75x3mm flat | Ф 22mmx1.2mm thick | □100x100x2mm thick |
| FS-L-PST100 | 100 ± 20 | 50 | Did not collapse | □75x75x3mm flat | Ф 22mmx1.2mm thick | □100x100x2mm thick |
| FS-L-PST150 | 150 ± 25 | 50 | Did not collapse | □75x75x3mm flat | Ф 22mmx1.2mm thick | □100x100x2mm thick |
| FS-L-PST200 | 200 ± 25 | 50 | Did not collapse | □75x75x3mm flat | Ф 22mmx1.2mm thick | □100x100x2mm thick |
| FS-L-PST250 | 250 ± 25 | 50 | Did not collapse | □75x75x3mm flat | Ф 22mmx1.2mm thick | □100x100x2mm thick |
| FS-L-PST300 | 300 ± 25 | 50 | Did not collapse | □75x75x3mm flat | Ф 22mmx1.2mm thick | □100x100x2mm thick |
| FS-L-PST350 | 350 ± 25 | 50 | Did not collapse | □75x75x3mm flat | Ф 22mmx1.2mm thick | □100x100x2mm thick |
| FS-L-PST400 | 400 ± 25 | 50 | Did not collapse | □75x75x3mm flat | Ф 22mmx1.2mm thick | □100x100x2mm thick |
| FS-L-PST450 | 450 ± 25 | 50 | Did not collapse | □75x75x3mm flat | Ф 25mmx1.2mm thick | □100x100x2mm thick |
| FS-L-PST500 | 500 ± 25 | 50 | Did not collapse | □75x75x3mm flat | Ф 25mmx1.2mm thick | □100x100x2mm thick |
| FS-L-PST550 | 550 ± 25 | 50 | Did not collapse | □75x75x3mm flat | Ф 25mmx1.2mm thick | □100x100x2mm thick |
| FS-L-PST600 | 600 ± 25 | 50 | Did not collapse | □75x75x3mm flat | Ф 25mmx1.2mm thick | □100x100x2mm thick |
| FS-L-PST650 | 650 ± 25 | 50 | Did not collapse | □75x75x3mm flat | Ф 25mmx1.2mm thick | □100x100x2mm thick |
| FS-L-PST700 | 700 ± 25 | 50 | Did not collapse | □75x75x3mm flat | Ф 25mmx1.2mm thick | □100x100x2mm thick |
| FS-L-PST750 | 750 ± 25 | 50 | Did not collapse | □75x75x3mm flat | Ф 25mmx1.2mm thick | □100x100x2mm thick |
| FS-L-PST800 | 800 ± 25 | 50 | Did not collapse | □75x75x3mm flat | Ф 25mmx1.2mm thick | □100x100x3mm thick |
| FS-L-PST850 | 850 ± 25 | 50 | Did not collapse | □75x75x3mm flat | Ф 25mmx1.2mm thick | □100x100x3mm thick |
| FS-L-PST900 | 900 ± 25 | 50 | Did not collapse | □75x75x3mm flat | Ф 25mmx1.2mm thick | □100x100x3mm thick |
| FS-L-PST950 | 950 ± 25 | 50 | Did not collapse | □75x75x3mm flat | Ф 32mm × 1.5mm thick | □100x100x3mm thick |
| FS-L-PST1000 | 1000 ± 25 | 50 | Did not collapse | □75x75x3mm flat | Ф 32mm × 1.5mm thick | □125x125x3mm thick |
| FS-L-PST1050 | 1050 ± 25 | 50 | Did not collapse | □75x75x3mm flat | Ф 32mm × 1.5mm thick | □125x125x3mm thick |
| FS-L-PST1100 | 1100 ± 25 | 50 | Did not collapse | □75x75x3mm flat | Ф 32mm × 1.5mm thick | □125x125x3mm thick |
| FS-L-PST1150 | 1150 ± 25 | 50 | Did not collapse | □75x75x3mm flat | Ф 32mm × 1.5mm thick | □125x125x3mm thick |
| FS-L-PST1200 | 1200 ± 25 | 50 | Did not collapse | □75x75x3mm flat | Ф 32mm × 1.5mm thick | □125x125x3mm thick |
| Stringer No. | Stringer Length | Vertical Load (150 kG) | Tube Thick | Tube | ||
| ST | 570 mm | Did not collapse | 1.0 mm | □30 × 20 mm | ||
Why an Access Floor?
- Construction programmes are reduced by at least two weeks per floor due to elimination of a sand cement screed.
- As warm air rises, considerable cost savings are achieved by an underfloor air plenum delivering conditioned air exactly where it is needed - compared with the traditional uneconomic alternative of forcing conditioned air from the ceiling.
- Maximum flexibility for the installation and reconfiguring of services to equipment and workstations a matter of hours.
- In new construction the use of an access floor for total service distribution reduces the overall building height by about 13%. Or, for the same height, you can increase the number of floors.
_cr_585x347.jpg)
_cr_585x347.jpg)
_cr_585x347.jpg)
_cr_585x347.jpg)