Product Data - Floor Panel
MasterFormat 09 62 16
Description & Uses
Concreate Concrete Flooring:
Enjoy the contemporary look and durability of real concrete floors without the challenges of pouring and finishing a slab.
Concreate flooring planks, just ½-inch thick, have tongue and groove edges and ends to simplify installation and micro-beveled edges for ease of cleaning and visual appeal. Planks install quickly and cleanly with adhesives.
Concreate Wood Flooring:
Wood flooring planks have real wood veneer applied to the same concrete base material used for our concrete flooring. This eliminate the swelling and shrinking associated with solid wood flooring.
Use Concrete and Wood Together:
Concreate’s concrete and wood flooring planks can be used together; they have the
same thickness, tongue and groove edges,
Physical Attributes
Thickness: 14 mm (½ inch)
Concrete Planks:
• Size: 1200 x 300 mm (47-¼ x 11-¾ inch)
• Area: 0.36 m2 (3.88 ft²)
• Mass: 18.06 kg/m2 (3.70 lb./ft²)
Wood Planks:
• Size: 2200 x 200 mm (86-5/8 x 7-7/8 inch)
• Area: 0.44 m² / 4.73 ft²
Composition
Base Layer: The 10 mm (3/8-inch) thick base layer is a specially formulated hydraulic cement mixed with recycled fibers. This cement requires only half the energy used to produce portland cement, reducing the CO2 emissions required to manufacture Concreate.
Top Layer: Concrete Floor: 4 mm (1/8-inch) thick proprietary blend of Portland cement, select fine aggregate, admixtures, recycled fibers, and fade-resistant pigments.
Top Layer: Wood Floor: 4 mm (1/8-inch) thick, flat-sawn, white oak comparable in appearance to No.2 Common grade. The veneer is FSC Certified as 100% from well-managed forests. Contact Concreate for availability of other species. Oil Finish: Our floors are finished with three coats of high solids, natural oils to increase the luster, durability, and stain.
Testing Data
Attribute | Protocol | Performance | Comment | Conc. |
Visual | ||||
Colorfastness | ISO 105-B02 | Grade 3-4 | C | |
Response to Water | ASTM C1185 | • 20.6% Water Absorption • 0.05% Moisture Movement | C | |
TChemical Resistance | EN 423 | Class 0 - No Affect • White vinegar • Isopropyl alcohol • Mineral oil • NaOH (5%) • Bleach (5.25% NaOCl) • Olive Oil • Red & white wine • Coffee & tea | Class 1- Very Slight • Hydrocloric acid (5% HCl) • Sulfuric acid (5% H2SO4) | C |
Safety | ||||
Ignitability | EN ISO 9239-1 EN ISO 11925-02 | Class Bfl-s1 | C | |
Slip Resistance | DIN 51130 | Mean overall acceptance angle (to horizontal) = 12.5° • Slip resistance assessment group = R1 | C | |
ANSI A137.1 | Wet dynamic coefficient of friction (DCOF) = 0.31 average | C | ||
EN 13983 | μ = 0.42 | C | ||
Pendulum Test Value (PTV), Method AS 4663 | • 45 PTV before abrasion • 50 PTV after 500 abrasion cycles | Sustainable Slip Resistance after wear | C | |
Environmental | ||||
Volatile Organic Compound (VOC) | Green Leaf | Certified | C,W | |
CDPH Method V1.1 | Compliant for schools and offices | CA Spec, 01350 | C | |
Formaldehyde | EN 717-1 | ND (Not Detectable) | C,W | |
Impact Sound | EN ISO 717-2 | Impact Sound Improvement Index: ∆Lw = 14 dB | C |
Design Guide and Features
Wood
Floor
Above: Concreate invites designers to be creative in layouts of flooring planks. These suggestions are simply a starting point!
Above: Concreate’s concrete and wood flooring planks may be used together; they have the same thickness, tongue and groove edges, and installation methods.
Sustainability
Flooring:
Our products have been independently tested for conformance with environmental requirements for VOC and formalde- hyde emissions; asbestos, lead, and cadmium content Our concrete flooring is Green Leaf certified for low VOC emissions. Our wood flooring is FSC 100% certified from well-managed forests.
Adhesive:
Concreate Flooring Adhesive is a one-component, silyl-modified polymer. It contains recycled rubber granules that in- crease strength, elasticity, and noise and vibration dampening. It complies with EN 14293 – Adhesives for Bonding Parquet to Subfloor and its VOC content is 64 g/l in accordance with EPA Method 24.