IPOCORK GLUE DOWN HPS FINISH CORK TILES
Suitable for High Traffic Residential and Commercial Applications
HPS varnish
hard wearing surface
real cork veneer
cork agglomerate core
vinyl backing layer
Our High Performance Surface is based on nano
technology, where ceramic micro spheres are
embedded in the top layer of the f inish .
When compared to standard finishes, HPS Finish
Technology provides improved properties such as:
Greater Scratch, Slip, Scuff and Stain Resistance.
IPOCORK HPS FINISH GLUE DOWN
CORK TILE COLLECTION
Product Features & Benefits:
WARRANTY
HPS Finish Technology:
A highly durable finish suitable for high traffic installations.
Appropriate for Heavy Duty Residential applications and
rated for up to Heavy Commercial applications.
YEARS
Installation Method:
Commercial
Glued down
Product Dimensions:
300mm x 300mm x 3.2mm (11.81”x 11.81” x 1/8”)
Light
Heavy
Moderate
Product Warranty:
25 Years for Resdential Applications
15 Years for Commerical Applications
WARRANTY
YEARS
Residential
Moderate
Heavy
Suitable Applications:
Residential: Kitchen, Dining Room, Basement, Family Room,
Bedroom, Hallways & Entrances.
Commercial: Office, Lobby, Retail , Gallery, Corridor, Library,
Conference Room and other areas.
IPOCORK HPS FINISH GLUE DOWN
CORK TILE COLLECTION
Lisbon - Natural - RA21
Lisbon - Coffee - RB75
Lisbon - Chestnut - RB69
Amsterdam - Natural - RA49
Rome - Natural - RA11
Amsterdam- Natural
Cork is a Natural Material and as such Variation in Color,
Shade and Texture is a Natural and Attrative Characteristic
POCORK G UE DOW
ES & HE ENV RONMEN
Cork is harvested from the renewable bark of the cork oak
tree and is a completely natural product. The trees are not
damaged or felled during the harvest. This 100% ecological
truly “green” and sustainable material.
harvested from a tree until it is 25 years old and the tree can
live up to 200 years , being harvested once every 9 years.
Today, cork oaks are stripped of their bark by hand in the
same way they traditionally have been for several hundred
years. The trees are not damaged in the harvest and the
bark grows back completely time and again, taking on a
smoother texture after each harvest. The bark harvested is
used in entirety in a wide variety of products, starting with
wine stoppers; All of the excess materials are recycled and
of nature’s truly inexhaustible resources.
The unique structure and composition of cork creates the
three most important characteristics in its application as
walk on, resilience under foot and absorb foot step sound.
BAS C S A L O N O RMA ION
1. Measure to
determine room
dimensions, center
and layout angles.
Ensure that tiles at
ends and perimeter
are evenly sized
and not too small.
2. Determine the
tile laying pattern.
Running Bond
(”brick stlye”),
Corner to Coner
(staight) or
Diagonal.
3. Apply adhesive
to the subfloor, per
instructions on the
container. Apply
the tiles, ensuring
that the tiles are
fully moistened by
the adhesive.
4. After about 30
minutes, roll the
floor in both
directions using
a 100 lb. floor
roller, to ensure
that the tiles are
securely bonded.
POCO
Laying method
Finishing
Brand
Test
Level of use
PS
SH GLUE DO
LES EC CAL D
Stick down
Hard wearing surface + HPS
Standard
EN 685
Ipocork HPS Tiles
Unit
Class
Residential
23 Heavy
Commercial
33 Heavy
Industrial
UPEC Rating
General properties
Dimensions
NF
EN 12104 / EN 655 /
EN 14354 / EN 14085
EN 427 / EN 428
Wear layer thickness
Apparent density
Mass per unit area
EN 429
EN 672
EN 430
mm
Inches
mm & inches
lbs/ft³
lbs/ft²
Dimension stability
Gloss
Safety properties
Fire resistance
EN 434 / EN 669
Glossmeter
%
degrees Gardner
Surface flammability
DIN 4102-1
DS/INSTA 414
UNE 23.727-90
SS 024825 (NT Fire 007)
NF
EN13501-1
C.S.E. RF 2/75/A-RF 3/77
BS 476 - Part 7 (1997)
ASTM D2859
Critical radiant flux
ASTM E 648-3
Class
Pass/fail
Class
Class
Class
Class
Class
Class
Pass/fail
Watts/
Square inch
Specific optical density
Slip classification
Sliding coefficient
ASTM E 662-03
EN 14041
EN 13893
EN DIN 51131
Dresden parameters
DIN 51130
ASTM C1028-89
Density
Class
Coeff.
ISO 140-8
NF S 31 - 074
ASTM C423-90a
ASTM E413-87
E492-04
ANSI S12.32-1990
DIN 52612
ASTM C-518-04
EN 12667
EN 12667
DIN 52614
dB
dB
dB
dB
dB
dBA
m2K/W
(R-value)
Slip safeness
Static coefficient of friction
Additional properties
Impact sound reduction
Step sound
NRC Noise reduction class
STC sound transmission class
IIC Impact insulation class
Surface noise radiation
Thermal resistance
Thermal conductivity
Heat dissipation
Class
Class
Class
Coeff.
m²K/W
W/mK
KJ/m2
42 Moderate
U3P3E2C2
300x300x3.2
11-13/16x11-13/16x1/8
0.50
0.02
22.6
.24
EN434
Width/Length:0.07%
Thickness: - 0,12%
10º 3
B1
Passes
M3
G
M3
Cfls1
1
---Passes
0.062
Flaming: 279.3
279 3 /
Non flaming: 386.4
DS
---------R-10
Dry: .76; Wet: .92
9
---0.05
53
53
89.6
10ºC: 0.0393
0.16
0.027
0.117
W1: 36 / W10: 184
POCO H S
Wear resistance
Accelareted wear test
Castor chair test
Chair leg resistance
Residual indentation
Scratch resistance
Scuff resistance
S G E DO
ES ECH C D
Thickness loss: 0,058
Weight loss: 1,12
0,047
----
ASTM D3884
mm(thickness)/
gr.(weight)
gr./100 cycles
Nr. of Cycles
Nr. of Cycles
Cycles/
Weight loss
NEMA LD-3
Cycles & grams/100 cycles
EN 660-1
EN 660-2
EN 14354
EN13696 - S33
SATRA TMD:2004
(BS 7976-2: 2002
Pendulum testers)
(BS EN 423:2022 Determination of effect of
stains)
EN 425
EN 424
EN 433
ASTM F1914-98
EN 438
Impact resistance
IHD 445
Mar test
EN 438
Static load limit
Static electrical propensity
ASTM F970-87
EN 1815
Cycles: 6800 /
Weight loss: 0.00147 grams
----
No stain from red wine
No changes of HPS wear layer thickness
Sliding potencial not affected
Excelent appearence retention
Cycles (1,000,000)
Effect
Effect
mm & inches
% loss
N
Method A-%/
Method B-Grade
Grade
N
mm (high falling )
Inch (%)
Volt
(a)
(b)
-0.02 -0.0007”
22.8
4
-5,5
0
0
4
---.000 Inch (0.0%)
1500
Distributed By:
Amorim Cork Composites
26112 110th Street
Trevor, WI 53179
Customer & Technical
Service Phone Number:
(800) 558 3206