DIVINYCELL HM
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TECHNICAL DATA Divinycell HM THE HIGH PERFORMANCE SANDWICH CORE Divinycell HM is a high performance structural core designed for fast marine hulls where higher toughness is required. Divinycell HM combines a very high shear strength with an outstanding shear elongation. As a result, Divinycell HM is an extremely tough product, capable of absorbing high dynamic impacts and slamming loads. Divinycell HM´s elongation exceeds the requirements of ISO 12215, GL and ABS rules to allow for reduced safety factors in structural calculations, providing a lighter, yet strong structure. Divinycell HM’s high compressive properties provide excellent resistance to denting and skin wrinkling of thin skins. Divinycell HM offers a high operating temperature, thus reducing the risk of print through on dark hulls. MECHANICAL PROPERTIES Property Test Procedure Shear Strength Shear Strain All values measured at +23°C 1. Properties measured perpendicular to the plane Nominal value is an average value of a mechanical property at a nominal density. Minimum value is a minimum guaranteed mechanical property a material has independently of density. Maximum processing temperature is +110°C. It is dependent on time, pressure and process conditions. Therefore users are advised to contact Diab Technical Services to confirm that Divinycell HM is compatible with their particular processing parameters. PRODUCT CHARACTERISTICS • • • • • • • Shear Modulus Outstanding toughness and fatigue resistance Superior shear strength High compressive strength and stiffness Excellent chemical resistance High temperature resistance Compatible with all resins used in marine Low

TECHNICAL CHARACTERISTICS Characteristics1 Density range DIMENSIONS Format Plain sheets GS sheet Plain sheets STORAGE OF PRODUCT The shelf life of Divinycell is unlimited when it is stored in its original package on ambient indoor storage conditions and protected against UV exposure. Divinycell HM is type approved by: Disclaimer: This data sheet may be subject to revision and changes due to development and changes of the material. The data is derived from tests and experience. If not stated as minimum values, the data is average data and should be treated as such. Calculations should be...