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Access floor chipboard panels

Description

Chipboard access floors use has a very long tradition, and it is still considered to be an appropriate solution for today’s standard office access floor demands. As chipboard has a particularly favorable behavior of specific weight compared to resistance and rigidity ? it has been considered for a very long time as an ideal construction material ? a most economical solution.

Design

Hyperline chipboard panels consist of ultra-high density wood cores to guarantee a high degree of comfort. Among other advantages, a superior fire resistance and, above all, a considerably reduced sensitivity to humidity changes are essential properties of the Hyperline wooden access floor. The wood core panels are provided with a self-extinguishing edge trim of high quality plastic compound to allow easy handling and protect the edges from damage during transportation and installation. The panel’s underside may be alternatively equipped with aluminum foil as a humidity barrier or with galvanized steel sheet to increase the load bearing capacity.

Chipboard panel

High-density chipboard panels are used as the base material. The panels used always meet E1-requirements regarding formaldehyde emissions. Standard-design chipboard panels have normal conductivity. Requirements for greater conductivity can be achieved with a specially designed panel where conductive components are mixed into the chipboard panels.

Note

The floor covering influences the overall conductivity. Chipboard panels have thicknesses of 1.5” (38 mm) and 1.3” (32 mm). With the addition of steel sheet backing, they make it possible to fulfill most of the existing load situations. For special heavy load applications, special reinforced substructures are available. B1 requirements according to DIN 4102 can be achieved using special fire-retarding treatment of the wood core and supplementary reinforcements of the substructure.

Design of the edges

The edges of the panels are tapered down at 5?, making it simple to remove and replace the panels. Plastic edge trim at the perimeter guarantees fireproofing and the best possible sealing of the joints.

Surfacing on the lower side

The aluminum foil with all the AL-models serves as a protection against moisture on the lower side of the panel. It does not increase the strength of the chipboard panel. Increased strength is achieved by affixing galvanized steel sheet with the ST-models.

Floor coverings

Generally, all common access floor coverings are suited. In the standard design, the edge is, with elastic coverings, pulled up to the upper edge of the covering (exception: knobby floor coverings). When applying loosely laid floor coverings, we recommend providing the carrier panels with an appropriate coating.

Construction:

Optional surface coating Protective edging of the panel depending on the coating type Lower coating - aluminum foil or iron plate Chipboard panel, formaldehyde emission class E1

Special features

Economic solutions Superior acoustic behavior Reduced sensitivity to humidity Dimensional accuracy Low weight of the system Stringers make it possible to increase loading Conductivity is improved by adding graphite to chipboard panel Easy and fast installations

Range of use

Computer rooms and switching centers Industrial and factory rooms Training and research rooms Office and design areas

High degree of flexibility For every special technical demand, Hyperline offers special panel types to accommodate the individual load bearing requirements, and to guarantee the necessary fire and sound protection. Acoustic characteristics Material structure, construction features, and extremely precise production machinery guarantee very favorable acoustic properties. Electrostatic characteristics For antistatic or semi-conductive solutions, the panels will be equipped with a conductive edge trim, or for particularly highly-conductive floors, the wood core will be a graphite version to reduce the electrical resistance to > 106 Ohms. The use of an appropriate floor covering will be demanded. Air ventilation Either plastic or metal ventilation components can be fitted into the chipboard panels; or steel ventilation panels with different airflow rates can be installed instead of chipboard panels to accommodate the requirements of the subfloor air conditioning system.

Chipboard panel Gusset for the support top Lower covering Access floor support Main supports Main floor

System specifications

System designation	LIGNA
Type	WB30-ST	WK38-AL	WK38-ST
Description
Panel/material	E1 chipboard-product panel; with edge trim
	With steel sheet on bottom side	With thin-gage aluminum sheet on bottom side	With steel sheet on bottom side
Dimensions	600 x 600 mm (23.6”x23.6”)
Panel thickness	30.5 mm (1.2”)	38 mm (1.5”)	38.5 mm (1.5”)
System weight1	26 kg/m2?(5.3 lbs/ft2)	29 kg/m2?(5.9 lbs/ft2)	30 kg/m2?(6.1 lbs/ft2)
Substructure? With construction heights? > 500 mm (19.7”)	Steel pedestals RO stringers
Construction height2	70 ? 1250 mm (2.8” ? 49.2”)
Load capacity rating (Nominal load)	See “STATICS“ supplement
Fireproofing3?Building-material rating of the panel	B (difficult to ignite)	B (difficult to ignite)
Fire-resistance rating	-	F30
Soundproofing4	Without floor covering
Degree of longitudinal sound reduction	49 dB
Sound insulation index	62 dB
Rated footfall sound level	63 dB
Degree of improvement in footfall sound	16 dB
Suitability of coverings	Textile coverings, elastic coverings, loosely laid tiles, parquet, stone, HPL
Electric conductivity5	>= 106?O

1) Floor height 150 mm (5.9”) (FFH), without covering
2) Clear height, special heights available on request
3) According to DIN 4102/EN 13 501
4) VDI 3762 must be followed
5) The values are affected by the floor covering

System specifications

System designation	LIGNA
Type	WH38-AL	WS38-AL	WS38-ST
Description
Panel/material	E1 chipboard-product panel; with edge trim at the perimeter
	With thin-gage aluminum sheet on bottom side		With steel sheet on bottom side
Dimensions	600 x 600 mm (23.6”x23.6”)
Panel thickness	1.5” (38 mm)		38.5 mm (1.5”)
System weight1	31 kg/m2?(6.4 lbs/ft2)
Substructure? With construction heights? > 500 mm (19.7”)	Steel pedestals RO stringers
Construction height2	70 ? 1250 mm (2.8” ? 49.2”)
Load capacity rating (Nominal load)	See “STATICS“ supplement
Fireproofing3?Building-material rating of the panel	B (difficult to ignite)
Fire-resistance rating	F30
Soundproofing4	Without floor covering	With floor covering (improvement = 28 dB)	Without floor covering	With floor covering
Degree of longitudinal sound reduction	49 dB	60 dB	49 dB	52 dB (improvement = 28 dB)
Sound insulation index	62 dB	-	62 dB	-
Rated footfall sound level	63 dB	-	64 dB	52 dB (improvement = 28 dB)
Degree of improvement in footfall sound	16 dB	-	16 dB	-
Suitability of coverings	Textile coverings, elastic coverings, loosely laid tiles, parquet, HPL
Electric conductivity5	>= 106?O

1) Floor height 150 mm (5.9”) (FFH), without covering
2) Clear height, special heights available on request
3) According to DIN 4102/EN 13 501
4) VDI 3762 must be followed
5) The values are affected by the floor covering

System specifications

System designation	LIGNA
Type	WHE38-AL	WSE38-AL	WSE38-ST
Description
Panel/material	E1 chipboard-product panel; conductive additive; with edge trim at the perimeter
	With thin-gage aluminum sheet on bottom side		With steel sheet on bottom side
Dimensions	600 x 600 mm (23.6”x23.6”)
Panel thickness	1.5” (38 mm)		38.5 mm (1.5”)
System weight1	31 kg/m2?(6.4 lbs/ft2)
Substructure? With construction heights? > 500 mm (19.7”)	Steel pedestals RO stringers
Construction height2	70 ? 1250 mm (2.8” ? 49.2”)
Load capacity rating (Nominal load)	See “STATICS“ supplement
Fireproofing3?Building-material rating of the panel	B (difficult to ignite)
Fire-resistance rating	F30
Soundproofing4	Without floor covering	With floor covering (improvement = 28 dB)	Without floor covering	With floor covering
Degree of longitudinal sound reduction	49 dB	60 dB	49 dB	52 dB (improvement = 28 dB)
Sound insulation index	62 dB	-	62 dB	-
Rated footfall sound level	63 dB	-	64 dB	52 dB (improvement = 28 dB)
Degree of improvement in footfall sound	16 dB	-	16 dB	-
Suitability of coverings	Textile coverings, elastic coverings, loosely laid tiles, parquet, HPL
Electric conductivity5	>= 106?O

1) Floor height 150 mm (5.9”) (FFH), without covering
2) Clear height, special heights available on request
3) According to DIN 4102/EN 13 501
4) VDI 3762 must be followed
5) The values are affected by the floor covering

System specifications

System designation	LIGNA
Type	WS38-ST-CM	WS38-ST-RM		WS38-ST-CL
Description
Panel/material	E1 chipboard-product panel; with edge trim at the perimeter, steel sheet on bottom side
Dimensions	600 x 600 mm (23.6”x23.6”)
Panel thickness	1.5” (38 mm)		38.5 mm (1.5”)
System weight1	43 kg/m2?(8.81 lbs/ft2)	36 kg/m2?(7.4 lbs/ft2)		40 kg/m2?(8.2 lbs/ft2)
Substructure? With construction heights? > 500 mm (19.7”)	Steel pedestals CM stringers 600x1200 mm (23.6” ? 47.2”) grid	Steel pedestals RM stringers		Steel pedestals CL stringers
Construction height2	140 ? 1250 mm (5.5” ? 49.2”)	80 ? 1250 mm (3.2” ? 49.2”)		100 ? 1250 mm (3.9” ? 49.2”)
Load capacity rating (Nominal load)	See “STATICS“ supplement
Fireproofing3? Building-material rating of the panel	B (difficult to ignite)
Fire-resistance rating	F30
Soundproofing4	Without floor covering		With floor covering
Degree of longitudinal sound reduction	49 dB		52 dB (improvement = 28 dB)
Sound insulation index	62 dB		-
Rated footfall sound level	64 dB		52 dB (improvement = 28 dB)
Degree of improvement in footfall sound	16 dB		-
Suitability of coverings	Textile coverings, elastic coverings, parquet, stone, loosely laid floor covering, HPL
Electric conductivity5	>= 106?O

1) Floor height 150 mm (5.9”) (FFH), without covering
2) Clear height, special heights available on request
3) According to DIN 4102/EN 13 501
4) VDI 3762 must be followed
5) The values are affected by the floor covering

System specifications

System designation	LIGNA
Type	WSE38-ST-CM	WSE38-ST-RM		WSE38-ST-CL
Description
Panel/material	E1 chipboard-product panel; conductive additive; with edge trim, steel sheet on bottom side
Dimensions	600 x 600 mm (23.6”x23.6”)
Panel thickness	1.5” (38 mm)		38.5 mm (1.5”)
System weight1	43 kg/m2?(8.81 lbs/ft2)	36 kg/m2?(7.4 lbs/ft2)		40 kg/m2?(8.2 lbs/ft2)
Substructure? With construction heights? > 500 mm (19.7”)	Steel pedestals CM stringers 600x1200 mm (23.6” ? 47.2”) grid	Steel pedestals RM stringers		Steel pedestals CL stringers
Construction height2	140 ? 1250 mm?(5.5” ? 49.2”)	80 ? 1250 mm?(3.2” ? 49.2”)		100 ? 1250 mm?(3.9” ? 49.2”)
Load capacity rating (Nominal load)	See “STATICS“ supplement
Fireproofing3? Building-material rating of the panel	B (difficult to ignite)
Fire-resistance rating	F30
Soundproofing4	Without floor covering		With floor covering
Degree of longitudinal sound reduction	49 dB		52 dB (improvement = 28 dB)
Sound insulation index	62 dB		-
Rated footfall sound level	64 dB		52 dB (improvement = 28 dB)
Degree of improvement in footfall sound	16 dB		-
Suitability of coverings	Textile coverings, elastic coverings, parquet, stone, loosely laid floor covering, HPL
Electric conductivity5	>= 106?O

1) Floor height 150 mm (5.9”) (FFH), without covering
2) Clear height, special heights available on request
3) According to DIN 4102/EN 13 501
4) VDI 3762 must be followed
5) The values are affected by the floor covering

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