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Solid Silicone Sheet

Solid Silicone Sheet is available in five colours as standard – white, translucent, red oxide, black and blue – in sizes from 0.3mm thick to 12mm thick. Our standard stock is 1.2m wide and is available off the roll, with no cutting charge for part-rolls. These materials are provided in sheet, strip or cut gaskets. We also stock glass reinforced silicone sheet 0.5mm, 0.8mm, 1.5mm, 3mm and 6mm thick. Colour red oxide. Other colours and thicknesses can be produced to meet specific requirements. For non standard materials, colours and hardnesses we also offer moulded silicone sheets.

SOLID SILICONE SHEET STOCK LIST

 SIZE(MM) WHITE  TRANS  BLUE  RED OXIDE  BLACK 
 0.30  P/N.115    *  P/N.1668    *    P/N.1651    *  
 0.50  P/N.116    *  P/N.1669    *    P/N.1652    *  P/N.1663    *
 0.80  P/N.117    *  P/N.3256    *    P/N.1653    *  
 1.00  P/N.928  P/N.1670  P/N.6261  P/N.2349  P/N.7287    *
 1.50  P/N.929  P/N.1671  P/N.5942  P/N.1655  P/N.1665
 2.00  P/N.930  P/N.1672  P/N.6262  P/N.2351  P/N.1666
 2.50  P/N.121    *        
 3.00  P/N.931  P/N.1673  P/N.1963  P/N.2352  P/N.1667
 4.00  P/N.932  P/N.4662  P/N.7375  P/N.2353  P/N.5327
 5.00  P/N.933  P/N.4762  P/N.7376  P/N.2354  P/N.5328
 6.00  P/N.934  P/N.4989  P/N.2165  P/N.2355  P/N.5329
 8.00  P/N.126      P/N.1661  
 10.00  P/N.127      P/N.1662  
 12.00  P/N.1882        
           

* 1mtr Wide sheets all the rest are 1.2mtrs wide

White,Trans,Blue,and Red oxide variants contain only ingredients that are listed by the American Food and Drug Administration(FDA) under the 21 CFR number 177-2600

 

 

Options

We also have in stock the following
1mmthk 40 shore trans
1.5mmthk 70 shore trans
2mmthk 25 shore trans
3mmthk 40 shore white and trans
3mmthk 60 shore grey
3mmthk 24"sq grey 60 shore platinum sheets
6mmthk 40 shore white


SOLID SILICONE SHEET Spec Sheet

Tech Data

Property Typical Values Units Measured In
HARDNESS 60 SHORE A
compression set 15% 22 hrs @ 300 F
compression set 17% 24 hrs @ 150c
TEAR STRENGTH 14.7 N/mm
ELONGATION @ BREAK 360 %
TENSILE STRENGTH 1523 PSI
DENSITY 1.2 SG
TEMPERATURE -40 + 200 CENTIGRADE

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SILICONE SHEET 50 SHORE

Property Typical Values Units Measured In
Hardness 50 SHORE A
Compression Set 24% 22hrs @ 300 F
Compression Set 23% 24 hrs @ 150 C
Tear Strength 14.5 N/mm
Elongation @ Break 480 %
Tensile Strength 11.2 MPa
TEMPERATURE -40 + 200 CENTIGRADE

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SILICONE SHEET 70 SHORE

Property Typical Values Units Measured In
HARDNESS 70 SHORE A
compression set 25% 24 hrs @ 150c
compression set 22% 22 hrs @ 300 F
TEAR STRENGTH 12.2 N/mm
ELONGATION @ BREAK 269 %
TENSILE STRENGTH 1106 PSI
TEMPERATURE -40 + 200 CENTIGRADE

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SILICONE SHEET 40 SHORE

Property Typical Values Units Measured In
HARDNESS 40 SHORE A
compression set 22% 24 hrs @ 150c
compression set 21% 22 hrs @ 300 F
TEAR STRENGTH 14.0 N/mm
ELONGATION @ BREAK 550 %
TENSILE STRENGTH 1610 PSI
TEMPERATURE -40 + 200 CENTIGRADE

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E=EXCELLENT, G=GOOD F=STATIC SEALS ONLY P=POOR NA=NO INFORMATION 1-Chloro-1-Nitro Ethane= P 51-F-23 = F Acetaldehyde = G Acetamide =G Acetic Acid, 30%= E Acetic Acid, Glacial= G Acetic Anhydride= F Acetone =F Acetophenone= P Acetyl Chloride= F Acetylene =G Acrylonitrile =P Adipic Acid na Alkazene (Dibromoe=thylbenzene) = P Aluminum Acetate (aq) = P Aluminum Chloride (aq) = G Aluminum Fluoride (aq)= G Aluminum Nitrate (aq)= G Aluminum Phosphate (aq)=E Aluminum Sulfate (aq)=E Alum-NH3-Cr-K (aq)=E Ammonia Anhydrous= F Ammonia Gas (cold)= E Ammonia Gas (hot)= E Ammonium Carbonate (aq)=na Ammonium Chloride (aq)=na Ammonium Hydroxide (conc.)=E Ammonium Nitrate (aq)=na Ammonium Nitrite (aq)=G Ammonium Persulfate (aq)=na Ammonium Phosphate (aq)=E Ammonium Sulfate (aq)=na Amyl Acetate (Banana Oil)=P Amyl Alcohol=P Amyl Borate=na Amyl Chloronapthalene=P Amyl Napthalene=P Aniline=P Aniline Dyes=F Aniline Hydrochloride= P Animal Fats=G Ansul Ether (Anesthetics)=P Aqua Regia=P Aroclor, 1248=G Aroclor, 1254=F Aroclor, 1260=G Arsenic Acid=E Arsenic Trichloride (aq)=na Askarel=P Asphalt=P ASTM #1 Method D-471=F ASTM #2 Method D-471=F ASTM #3 Method D-471=F Banana Oil (Amyl Acetate)=P Barium Chloride (aq)=E Barium Hydroxide (aq)=E Barium Sulfate (aq)=E Barium Sulfide (aq)=E Beer=E Beet Sugar Liquors=E Benzaldehyde=G Benzene=P Benzene Sulfonic Acid=P Benzine (Ligroin) (Nitrobenzine) (Pet Ether)=P Benzoic Acid=F Benzoyl Chloride=na Benzyl Alcohol=G Benzyl Benzoate=na Benzyl Chloride=P Biphenyl (Diphenyl) (Phenylbenzene)=P Blast Furnace Gas=E Bleach Solutions=G Borax=G Bordeaux Mixture=G Boric Acid=E Brine=E Bromine Trifluoride=P Bromine Water=P Bromine-Anhydrous=P Bromobenzene=P Bunker Oil=G Butadiene= P Butane=P Butter (Animal Fat)=G Butyl Acetate=P Butyl Acetyl Ricinoleate=na Butyl Acrylate=na Butyl Alcohol=G Butyl Amine=P Butyl Benzoate=na Butyl Carbitol=P Butyl Cellosolve=na Butyl Oleate=na Butyl Stearate=na Butylene=P Butyraldehyde=P Calcium Hypochlorite (aq)=G Calcium Acetate (aq)=P Calcium Bisulfite (aq)=E Calcium Chloride (aq)=E Calcium Hydroxide (aq)=E Calcium Nitrate (aq)=G Calcium Sulfide (aq)=G Cane Sugar Liquors=E Carbamate =na Carbitol=G Carbolic Acid (Phenol)=P Carbon Bisulfide=P Carbon Dioxide=G Carbon Monoxide=E Carbon Tetrachloride=P Carbonic Acid=E Castor Oil= E Cellosolve=P Cellosolve Acetate=P Cellulube (Fryquel)=E China Wood Oil (Tung Oil)=P Chlorine (Dry)=P Chlorine (Wet)=P Chlorine Dioxide=na Chlorine Trifluoride=P Chloroacetic Acid=na Chloroacetone=P Chlorobenzene=P Chlorobromomethane=P Chlorobutadiene=P Chlorododecane=P Chloroform =P Chlorosulfonic Acid=P Chlorotoluene=P Chlorox (Sodium Hypochlorite NaOC1)=G Chrome Plating Solutions=G Chromic Acid=F Citric Acid=E Coal Tar (Creosote)=P Cobalt Chloride (aq)=G Cocoanut Oil=E Cod Liver Oil=G Coke Oven Gas=G Copper Acetate (aq)=P Copper Chloride (aq)=E Copper Cyanide (aq)=E Copper Sulfate (aq)=E Corn Oil=E Cottonseed Oil=E Creosote (Coal Tar)=P Cresol=P Cresylic Acid=P Cumene=P Cyclohexane=P Cyclohexanol=P Cyclohexanone=P The above information is provided as a service to our guests and is not for redistribution. It derives from numerous internet sources, Information is believed to be reliable, though only for general purposes. Since most rubber compounds are of proprietary commercial formulas, the only way to insure suitability for any application is through specific testing.

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