Divinycell® H60 PVC Foam (1220 x 610 mm)

Divinycell® H provides excellent mechanical properties to a low-weight

Low water absorption
Superior damage tolerance
Excellent thermal properties
Thermoformable
Fast and easy to process
Good chemical resistance
Excellent fatigue properties
Very low resin uptake
Good temperature resistance
Compatible with most common glues and resin systems

Divinycell® H is found to comply with

DNV rules for classification – Ships
DNV rules for classification – High speed and light craft
DNV class programme DNV-CP-0084 – Type approval – Sandwich core materials

---> DNV Approval

Mechanical data Divinycell® H60:

Property	Test method	Unit		Value
Compressive strength¹	ASTM D 1621	MPa	Nominal	0.9
			Minimum	0.7
Compressive modulus¹	ASTM D1621-B-73	MPa	Nominal	70
			Minimum	60
Tensile strength¹	ASTM D 1623	MPA	Nominal	1.8
			Minimum	1.5
Tensile modulus¹	ASTM D 1623	MPa	Nominal	75
			Minimum	57
Shear strength	ASTM C 273	MPa	Nominal	0.76
			Minimum	0.63
Shear modulus	ASTM C 273	MPa	Nominal	20
			Minimum	16
Shear strain	ASTM C 273	%	Nominal	20
Density	ISO845	kg	Nominal	60

All values measured at +23 °C
¹ Properties measured perpendicular to the plane.
Nominal value is the average value of a mechanical property at a nominal density.
Minimum value is a minimum guaranteed mechanical property a material has independently of density.

Technical characteristics Divinycell® H60:

Characteristics¹	Unit	Value
Density variation	%	+15/-10%
Thermal conductivity²	W/(m-K)	0.029
Coeff, linear heat expansion	x10^-6/°C	40
Heat distortion temperature	°C	+125
Continuous temp range	°C	-200/+70
Max process temp	°C	+90
Dissipation factor	-	0.0003
Dielectric constant	-	1.06
Poissons ratio³	-	0.4

¹ Typical values
² Thermal conductivity at +20 °C
³ Standard deviation is 0.045

Application:

Divinycell® H has a proven track record in virtually every application area where sandwich composites are employed, including the marine (leisure, military and commercial), land transportation, wind energy, civil engineering/infrastructure and general industrial markets.

Processing:

Continuous operating temperature is typically -200 ºC to +70 ºC. The foam can be used in sandwich structures, for outdoor exposure, with external skin temperatures up to +85 ºC.

Maximum processing temperature is dependent on time, pressure and process conditions.