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FENIX

Blu Shaba

Colorway
Blu Shaba
Usage
Commercial, Residential
Delivery
check-mark
FedEx Priority Overnight
Price Range
$$$$
Sku
J0792
Materials
Surfaces/Laminate
Collection Name
FENIX NTM
Sample Size
2 in x 4 in
Size
4 ft x 8 ft, 5 ft x 12 ft
Designer Name
Developed By Arpa Industriale
Custom Capabilities
Custom colors are available upon a minimum quantity with a price surcharge and extended lead times. Choose from a Black Core, Colored Core, Double-sided Colored Core, or the Standard. A postforming grade is not available
Availability
Made to Order / Special Order, Stocked in North America
Warranty
1 year limited warranty
Product Details
  • Low light reflectivity, extremely matt surface
  • Soft touch
  • Anti-fingerprint
  • Thermal healing of superficial micro-scratches
    • Content
    60% Paper, Between 30-40% Thermosetting Resins
    Construction
    Manufactured via a pressing process in which heat and pressure are applied simultaneously. The external surface of is obtained through the application of a multilayer acrylic resin coating, hardened and fixed with an Electron Beam Curing process
    Format
    Panel / Sheet
    Overall Thickness
    Grade JJ - 1.2 mm. Grade JM - 0.7 mm. Grade JT - 12 mm
    Use a damp cloth with warm water or a mild detergent. Most household cleaning products or disinfectants can be used safely. Rinse and dry with a soft cloth. Thermal healing of superficial micro-scratches is also possible by applying an iron and damp cloth to the relevant area
    Indoor & Outdoor
    Indoor
    Applications
    Suitable for a range of vertical and horizontal applications including countertops, tabletops, sinks, cabinets, furniture, and products, for kitchens, hospitality, transportation, and bathrooms
    Installation
    Can be machined with standard carpentry tools. Cutting, milling, drilling, edging, bending and gluing are possible
    Abrasion / Wear Resistance
    EN 438-2:2019 - ≥ 200
    Lightfastness
    EN 438-2:2019 - ≥ 4
    Stain Resistance
    EN 438-2:2019 - 5 (Groups 1 & 2); ≥ 4 (Group 3)
    Chemical Resistance
    SEFA 8-PL-2010 Method 8.1 (Acids resistance) Chemical Spot Test - Compliant
    Emissions
    EN 13986 Formaldehyde emissions - E1
    Hardness
    EN 438-2:2019 - ≥ 4
    Climate Health
    Environmental Product Declaration (EPD)|LEED Compliant|Life Cycle Assessment (LCA)|Programme for the Endorsement of Forest (PEFC) Certified
    Human Health
    CDPH Standard Method v1.2-2017|Health Product Declaration (HPD)|LEED Compliant|Low Emitting/Low VOC|M1 Emissions Classification|Precautionary List Free|RoHS Compliant|UL GREENGUARD|UL GREENGUARD GOLD
    Social Health & Equity
    Build America, Buy America Act (BABAA) Compliant|LEED Compliant|Made in USA|Programme for the Endorsement of Forest (PEFC) Certified
    EcoSystem Health
    Programme for the Endorsement of Forest (PEFC) Certified
    Circular Economy
    Declare Product Label|Declare Product Label - LBC Red List Approved|Recycled Content|Recycled Content - Post-Consumer|Recycled Content - Pre-Consumer
    Environmental Product Declaration
    Product-Specific EPD
    LCA Optimization Plan
    Yes
    Ingredient Disclosure
    Declare Product Label, Health Product Declaration (HPD)
    Disclosure Level
    100 ppm
    75% of Ingredients Disclosed
    Yes
    Post-Consumer Recycled Content Percentage
    10.6
    Post-Industrial Recycled Content Percentage
    1.2
    Third-Party Bio-Based Certification
    No
    Material Health Certifications
    Declare Label - LBC Red List Approved, RoHS Compliant
    Chemicals of Concern
    Halogenated Flame Retardants Free, PFAS free
    Manufacturing Location
    St-Jean-sur-Richelieu, Québec, Canada
    VOC Emissions Testing Certificate
    UL Greenguard Certified or Gold
    VOC Emissions Testing Methodology
    CDPH / CHPS 01350 Compliant
    FSC Certified Wood
    Option
    RoHS Compliance
    Yes
    Electronic Components in Product
    No

    FENIX

    FENIX innovative materials are highly matte, soft to the touch and resist fingerprints. FENIX achieves its incredible surface properties through a series of processes, including a multilayer coating and using next-generation acrylic resins that are then hardened and fixed by electron beam curing.
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