PALCLAD Pro HYG Thermoform/Laminate

PALCLAD™ PRO HYG ANTIMICROBIAL* PVC

Solid PVC Panels for Thermoforming & Lamination

PALCLAD PRO HYG is an antimicrobial, rigid thermoplastic sheet that can be easily thermoformed or used as a laminate over Palram's PALIGHT™ cellular polymer sheets or wood substrates like MDF, particle board, or plywood. Silver-ion technology protects the product against the growth of microbes such as bacteria, mold and mildew that cause stains and odors. It does so by disrupting the ability of these microorganisms to reproduce.

 

PALCLAD PRO HYG is the surfacing and panel solution for common areas within healthcare suites and hospitals, schools and universities, dormitories, locker rooms, gyms, daycare, long-term care, retail environments, office spaces and manufacturing facilities.

 

*Palram’s antimicrobial technology does not protect users or others against disease causing bacteria, germs, viruses or other harmful organisms. This technology is not a substitute for good hygiene and/or cleaning practices. Not for sale in Canada.

Thermoformed Kiosk Concept

Thermoformed Kiosk Concept

Product Details

Dimensions

ColorFinishThicknessLength X Width
WhiteEmbossed/Haircell2.0 mm4' X 8'
BeigeEmbossed/Haircell2.0 mm4' X 8'
Ocean BlueEmbossed/Haircell2.0 mm4' X 8'
Green GrapeEmbossed/Haircell2.0 mm4' X 8'

* Additional colors are available, subject to minimum quantity.

PropertyConditionsASTM MethodUnits - SIValue
Physical
DensityD-792g/cm³1.4
Mechanical
Tensile strength at yield10 mm/minD-638MPa50
Tensile strength at break10 mm/minD-638MPa>80
Tensile Modulus of Elasticity1 mm/minD-638MPa2900
Flexural Modulus1.3 mm/minD-790MPa2700
Flexural Strength1.3 mm/minD-790MPa80
Impact Falling Weight3 mm SheetISO 6603/1 E50J95
Rockwell HardnessD-785R scale97R
Thermal
Service Temperature°C-10 to +50
Heat Deflection TemperatureLoad: 1.82 MpaD-648°C65 - 68
Coefficient of Linear
Thermal Expansion
D-696cm/cm °C6.7 x 10-⁵
Thermal ConductivityC-177W/m K0.15

Flammability

StandardClassification
ASTM E 84Class A
En 13501B, s3, d0
UL94V0