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Our products are made of the finest materials, because we know the whole
is only a sum of its parts. Our parts have been designed to stand the
test of time.
HANSTONE TECHNICAL INFO
| Abrasion Resistance (Weight Loss) |
ASTM D 4060 |
1094 mg |
| Izod Impact Strength |
ASTM 256(Method A) |
13.3 J/m |
| Boiling Water Resistance |
NEMA LD3 2000 3.5 |
No Effect |
| Colorfastness |
ANZI Z124.6.5.1 |
Pass |
| Compression Strength (Dry) |
ASTM C 170 |
209 MPa |
| Compression Strength (Wet) |
ASTM C 170 |
203 MPa |
| Density |
KSF 2530 |
2.465 g/cm3 |
| Deflection Temperature Under Load (1.82 MPa) |
ASTM D 648 |
243 deg. C |
| Flammability |
ASTM E-84, NFPA 255 |
Class A |
| Flame Spread |
ASTM E-84, NFPA 255 |
Class A |
| Smoke Developed |
ASTM E-84, NFPA 255 |
Class A |
| Flexural Modules |
ASTM D 790 |
39.7 GPa |
| Flexural Strength |
ASTM D 790 |
42.4 MPa |
| Freeze & Thaw Cycling |
ASTM C 1026 |
Unaffected |
| Fungal & Bacterial Resistance |
ASTM G 21 |
No Growth |
| Barcol Hardness |
ASTM D 2583 |
86 |
| Rockwell hardness (HRM) |
ASTM D 785(Procedure A) |
115 |
| Point Impact |
ANSI Z124.6.4.2.1 |
Pass |
| Slip Resistance - Static Coefficient of Friction(Dry) |
ASTM C 1028 |
0.67 |
| Slip Resistance - Static Coefficient of Friction(Wet) |
ASTM C 1028 |
0.49 |
| Stain Resistance |
ANSI Z124.6.5.2 |
Pass |
| Tensile Strength |
ASTM D 638 |
17.8 MPa |
| Thermal Expansion |
ASTM D-696 |
1.52 x 10-5 in/in/ºC |
| Water Absorption - Long term & Short-term |
ASTM D 570(24hr. Immersion |
<0.011% |
| Wear and Cleanability |
ANZI Z124.6.5.3 |
Pass |
SOLID SURFACE TECHNICAL INFO
Properties
| Specific Gravity |
g/cm3 |
1.8 |
|
|
| Tensile Strength |
psi |
5400 |
ASTM D 638 |
INSTRON |
| Tensile Modulus |
psi |
1.4x10^6 |
ASTM D 638 |
INSTRON |
| Elongation |
%min |
0.42 |
ASTM D 638 |
INSTRON |
| Flexural Strength |
psi |
9200 |
ASTM D 790 |
INSTRON |
| Flexural Modulus |
psi |
1.38x10^5 |
ASTM D 790 |
INSTRON |
| Hardness (Rockwell) |
|
92 |
ASTM D 785 |
M scale |
| Thermal Expansion |
mm/m. C |
3.04x10^5 |
ASTM D 696 |
|
| Gloss (60 degree Gardner) |
|
5-20 |
ANSI Z 124 |
|
| Color Stability |
|
No change |
NEMA LD3 |
200 hours |
| Wear & Cleansability |
|
Passed |
ANSI Z 124 |
|
| Boiling Water Surface Resistance |
|
No change |
NEMA LD3 |
|
| High Temperature Resistance |
|
No change |
NEMA LD3 |
|
| Stain Resistance |
|
Passed |
NEMA LD3 |
|
| Impact Resistance |
|
No fracture |
NEMA LD3 |
1/4” slab-36”drop-1/2 lb ball |
| IZOD Impact Strength |
ft.lbs/in |
0.28 |
ASTM D 256 |
Notched |
| Water Absorption Weight |
%max |
0.03 |
ASTM D 570 |
|
| Fungi and Bacteria |
|
No attack |
ANSI Z 124 |
|
| Weatherability |
|
No change |
ASTM D 1499 |
1000 hours |
Above data represent general properties of products and shall not be
regarded as a legal basis.
Above data can be changed without preliminary notice by reason of request
from customer and improvement of products quality.
Chemical Composition
| MMA (Methyl Metacrylate) |
Resin |
| PMMA (Poly Methyl Metacrylate) |
Resin |
| AL (OH)3—Alumina Trihydrate |
Filler |
| UV Absorbers, Crosslinking Agents, Stabilizers, Curing Agent, ETC |
Additives |
Early Fire Hazard Indices
| Ignitability Index |
9 |
0-20 |
| Spread of Flame Index |
0 |
0-10 |
| Heat Evolved Index |
1 |
0-10 |
| Smoke Density Index |
0 |
0-10 |
Performance Report for Chemicals & Stains
"X" indicates appropriate removal method of the chemical residue
| Acetic Acid |
5 |
x |
|
| Acetic Acid |
10 |
x |
|
| Acetic Acid |
90 |
|
x |
| Acetic Acid |
98 |
|
x |
| Acetone |
|
x |
|
| Aqua Regia |
|
|
x |
| Ammonia |
10 |
x |
|
| Ammonium Hydroxide |
5 |
x |
|
| Ammonium Hydroxide |
28 |
x |
|
| Benzene |
|
x |
|
| Calcium Thiocyanate |
78 |
x |
|
| Chloric Hydroxide |
20 |
|
x |
| Chloroform |
100 |
|
x |
| Citric Acid |
10 |
x |
|
| Dimethyl Formamide |
|
x |
|
| Ethanol |
95 |
x |
|
| Ethyl Ether |
|
x |
|
| Formic Acid |
88 |
|
x |
| Formaldehyde |
|
x |
|
| Fufural |
|
|
x |
| Gasoline |
|
x |
|
| Hydrochloric Acid |
10 |
x |
|
| Hydrochloric Acid |
20 |
x |
|
| Hydrochloric Acid |
37 |
x |
|
| Isopropyl Alcohol |
|
x |
|
| Kerosene |
20 |
x |
|
| Methyl Alcohol |
5 |
x |
|
| Methyl Ethyl Ketone |
|
x |
|
| Mineral Oil |
|
x |
|
| Nitric Acid |
10 |
|
x |
| Nitric Acid |
30 |
|
x |
| Nitric Acid |
40 |
|
x |
| Nitric Acid |
70 |
|
x |
| Phenol |
40 |
|
x |
| Phenol |
85 |
|
x |
| Phosphoric Acid |
25 |
|
x |
| Phosphoric Acid |
85 |
|
x |
| Silver Nitrate |
10 |
x |
|
| Sodium Hydroxide |
10 |
x |
|
| Sodium Hydroxide |
25 |
x |
|
| Sodium Hydroxide |
40 |
x |
|
| Sodium Hypochlorite |
5 |
x |
|
| Sodium Sulphate |
|
x |
|
| Sulphuric Acid |
25 |
x |
|
| Sulphuric Acid |
30 |
x |
|
| Sulphuric Acid |
77 |
|
x |
| Sulphuric Acid |
96 |
|
x |
| Toluene |
|
|
x |
| Xylene |
|
x |
|
| Zinc Chloride |
|
x |
|
- Test method—16 hours of exposure per substance.
- For exposure to chemicals other than above, it is recommended to test
on a sample piece of Pinnacle solid surface to confirm the suitability
for the application.
Chemical & Stain Resistance
Pinnacle solid surface is an acrylic solid surface with a high level
of alumina trihydrate content as the filler, an ingredient which provides
superior resistance to stains and chemicals. However, exposure to harsh
chemicals should be avoided. In case of surface contamination, quickly
flush affected area with a domestic gritty cleaner and water. Sand if
necessary, as a ruler of thumb, surface damage may vary with the chemical
strength and exposed time.
Common domestic residues, such as the examples listed below,
may be removed with water or domestic gritty cleaners.
| Alcohol |
Cooking Oil |
Hair Dyes |
Mustard |
Shoe Polish |
Tomato Sauce |
| Ballpoint Pen Ink |
Crayon |
Juices |
Nail Polish |
Soy Sauce |
Vinegar |
| Cigarette |
Curry Powder |
Lipstick |
Pencil Lead |
Sugar |
Whisky |
| Coffee |
Eye Brow Pencil |
Lotions |
Salt |
Tea |
Wine |
SOLID SURFACE SINKS TECHNICAL INFO
Notice: Solid Surface Sinks provided by Pinnacle Countertop Solutions,
LP sinks and bowls (lavatories) passed or exceeded all the required tests
preformed by Underwriters Laboratories, the most widley accepted and
highly respected listing authority. The testing resulted in Manufacturer
acquiring a dual UL-CSA certification. The tests were comprised of the
following standards:
ANZI 124.3 & 124.6 - CSA 1345.0 - 99 & CSA 1345.5 – 99
TESTS CONDUCTED:
The following tests were conducted on representative product samples:
- Surface Test (ANSI Zl24.6, 3.3)
- Subsurface Test (ANSI Z124.6, 3.4)
- Colorfastness Test (ANSI Zl24.6, 5.l)
- Stain Resistance Test (ANSI Z124.6, 5.2)
- Wear and Cleanability Test (ANSI Z124.6, 5.3)
- Cigarette Test (ANSI Z124.6, 5.4)
- Chemical Resistance Test (ANSI Z124.6, 5.5)
- Drain Fitting Connection Test (ANSI Z124.6, 4.1)
- Point Impact Load Test (ANSIfZ124.6, 4.2)
- Load (ANSI Zl24.6, 4.3)
- Vibration (ANSI Zl24.6, 4.4)
- Heated Pan (ANSI Z124.6, 5.6)
- Hot Wax (ANSI Z124.6, 5.7)
- Knife Drop Test (ANSI Z124.6, 4.2.2)
- Skillet Drop Test(ANSI Zl24.6, 4.2.3)
- Thermal Shock Resistance Test (ANSI*Z124.6, 6,1.2) 112A
- Warpage (CSAB 45.0, 4.9)
- Vibration (CSAB 45.0, 15.13)
- Blemishes and Defects (CSAB 45.0, 3.1)
- Thermal Test (CSAB 45.5, 4.2)
- Loads on Lavatories and Sinks (CSA B45.0 14.3)
- Water Absorption through surface (CSAB 45.5, 4.3.1)
- Water Absorption through cross-section (CSAB 45.5, 4.3.2)
- Colorfastness (CSAB 45.5, 4.4)
- Stain Resistance (CSAB 45.5, 4.5)
- Cleanability and Wear (CSAB 45.5, 4.6)
- Resistance to Cigarette Burns (CSAB 45.5, 4.8)
- Point Impact (CSAB 45.5, 4.10)
- Drain Fitting Connection (CSAB 45.5, 4.11)
- Hot Oil (CSAB 45.5, 4.12)
- Hot Pot (CSAB 45.5, 4.12)
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