Ice Max PureTM

created by Arik Levy

pulido

PROPERTYUNITS OF MEASURAMENT  TYPICAL VALUE
FIRE REACTION (EUROCLASSES) UNE-EN-ISO 9239-1:2002 & ISO 1716:2002EuroclasssesA2fl s1
THERMAL EXPANSION COEFFICIENT UNE EN 14617-11:2006ºC-13,3 x 105
FLEXURAL RESISTANCE UNE EN 14617-2:2005MPa80 – 90
IMPACT RESISTANCE UNE EN 14617-9:2005J>15
SLIP RESISTANCE UNE EN 14231:2004USRV6 wet 37 dry
WATER ABSORPTION UNE EN 14617-1:2005%0,06 – 0,08
APPARENT DENSITY UNE EN 14617-1:2005kg/m32,060 – 2080
ABRASION RESISTANCE UNE-EN 14617-3:2005mm28 – 30
CHEMICAL RESISTANCE UNE EN 14617-10: 2005C4C4 Alkalis: Materials maintaining at least 80% of their resistance reference value after 8 hours. Surface hardness
SURFACE HARDNESS UNI EN 101 Ceramic tiles.MOHS6 -7
Eigenschaften

Anwendungsmöglichkeiten

Anwendungsmöglichkeiten
Größen

Qualitätszertifikate

Certificate for the quartz product range referring to building and construction products according to fire resistance classes, as tested by AFITILICOF, Center for Fire Testing and Research (Association for the Promotion of Research and Fire Safety Technology) pursuant to IMO Resolution A.653 as per IMO FTPC Code Resolution MSC 61 (67).
logo_calidad04
Contact with Food Certificate COMPAC Technological Quartz products comply with European Regulation CE 1935/2004 for objects intended for contact with food.
Greenguard mark This certificate issued by the Greenguard Environmental Institute guarantees that COMPAC products comply with indoor air quality standards covering volatile organic compounds (VOCs). The seals granted are Greenguard Indoor Air Quality Certified and Greenguard Children & Schools Certified, with the latter being one of the strictest standards in the industry.
NSF Certification NSF Certification, from a recognized non-profit organization in the United States certifying public health, safety and environmental standards, means that COMPAC products are safe and hygienic materials for use in direct contact with food and foodstuffs of all kinds.
BIO RESINS. Incorporating BIO resins from renewable plant sources is a very important technological advance to the market and benefits the entire distribution channel, especially in the handling by fabricators because of its lower shrinkage and internal stresses, supports better the bending, increases its impact resistance, cracks and cutting fissures, minimizing the slabs’ curvature during the storage and, due to its hardness, makes easier the polishing and finishing work.
The U.S. Green Building Council (USGBC) is transforming the way we design, build, maintain and operate our buildings, homes and communities.USGBC is committed to a prosperous and sustainable future through cost-efficient and energy-saving green buildings.
Cradle to Cradle Certified™ Bronze, a certificate that guarantees the sustainable characteristics of this innovative material created from 100% recycled glass. An international recognition that evaluates the products and their manufacturing process to ensure that the premises of the circular economy are met.
IQ Circular Science, the responsible sense of COMPAC, the philosophy of respect for the environment that we have been working on for years. All of our portfolio designs are produced sustainably with 100% renewable energy and 98% of the water used in the production process is recycled. In addition, IQ Circular Pro includes recycled raw materials. Similarly, all designs contain little or no Respirable Crystalline Silica (RCS).
HPD CERTIFICATE. Health Product Declaration® (HPD) Collaborative is an association representing the full spectrum of the building industry, that certificates the improvement of the information’s transparency and material health in buildings and the environment.
Environmental Product Declarations (EPDs). Environmental Product Declarations (EPDs) present relevant and verified environmental information about goods and services from a life cycle perspective.

 

Qualitätszertifikate

Technische Dokumente

Technische Dokumente

Compacreative

Schaffen Sie Kombinationen nach Belieben
Zusätzliche Farben
Empfohlene Materialien