Link: http://adteputek.com/b2evolution/blog2.php/2009/06/20/what-should-i-do-if-cyanoacrylate-gets-s

Because the bond between the cyanoacrlate and the skin is created so quickly, rushing to pull skin apart "before it bonds" is pointless. Just remain calm and take your time. Cyanoacrylate adhesives are rapid curing, strong bonding agents which will bond human tissue and skin in seconds. Experience has shown that accidents due to cyanoacrylates are handled best by passive, non-surgical first aid. Cyanoacrylates work best with tension. Pulling bonded materials apart (fingers included) will strengthen the bond. Cyanoacrylates have the lowest strength in a peel mode. Acetone a Debonder will also release the cured adhesive.Treatment of specific types of accidents are given below. With the Skin: Immerse bonded areas in warm soapy water. Peel or roll skin apart. Peel the skin apart with a spatula, teaspoon handle or a pencil by pushing it between the bonded areas. Remove cured adhesive with warm, soapy water. This may take several applications. Acetone or a Debonder is also effective in removing cured cyanoacrylate off of skin. With the eyelid:If the eyelids are stuck together or bonded to the eyeball wash them thoroughly with warm water and apply a gauze patch. The eye will open without further action within 1-4 days. There will be no residual damage. Do not try to force eyes open. With the Eyeball: Cyanoacrylates adhesives will attach itself to the eye protein and will disassociate from it over time, usually within several hours. This will cause periods of weeping and double vision until cured adhesive is cleared. With the mouth: If lips are accidentally stuck together, apply copious amounts of warm water and encourage maximum wetting and pressure from saliva inside the mouth. Peel or roll, (do not pull) lips apart. It is almost impossible to swallow cyanoacrylate. The adhesive solidifies upon contact with saliva (moisture) and could adhere to the inside of the mouth. Saliva will lift the adhesive in 1-2 days, avoid swallowing the adhesive after detachment.Cyanoacrylate gives off heat, exothermic reaction, when curing. In rare cases a large quantity can cause a burn. Burns should be treated normally after the cured adhesive is removed from the skin as described above. It should never be necessary to surgically remove cyanoacrylate or to separate bonded skin.

Link: http://adteputek.com/b2evolution/blog2.php/2009-06-07-what-are-the-four-types-of-co

Different condensation curing systems are named according to the leaving group of the crosslinker that is used in their formulation. Therefore acetoxy-cure mechanisms give off acetic acid, alkoxy-cure mechanisms give off alcohols and oxime-cure mechanisms give off dimethyl ketoxime (DMKO). With these condensation by-products lies the source of a number of problems for silicones. Acetic acid is corrosive and therefore acetoxy-cure systems are unsuitable for chemically sensitive applications such as electronics. DMKO is less corrosive but can cause damage if trapped in close vicinity to sensitive components, for example if an oxime-cure silicone is applied as an encapsulant. DMKO also has toxicity issues, which limits its acceptability for many customers. Alcohol-cure adhesives avoid these problems by producing relatively-benign ethanol as their by-product, but react slowly and are less temperature-stable of an adhesive than acetoxy-cure mechanisms.The fourth type of condensation cure system is Acetone but is more expensive but worthwhile only if around sensitive components.

Link: http://adteputek.com/b2evolution/blog2.php/2009/05/04/2009-05-04-why-flurosilicone-rubber-inst

Fluorosilicone sheeting is designed to be used in applications where normal silicone would degrade by harsh chemicals or fluids and is used where extreme conditions exist. This material will perform within a temperature range of -65°F to +500°F (like silicone rubber). Fluorosilicone is extremely resistant to fuels and solvents, and naturally resistant to ozone. The higher the number, the better chemical resistance of flurosilicone with the chemical. (4) Good resistance (Highest rating) (3) Fair resistance (2) Sometimes OK (1) Poor Resistance (0) No Data: Acetaldehyde (0) Acetamide (4) Acetic Acid, Glacial (1) Acetic Anhydride (1) Acetone (1) Acetophenone (1) Acetyl Chloride (4) Acetylene Gas (2) Acrylonitrile (1) Air below 200 C (4) Alkazene (3) Aluminium Acetate (1) Aluminium Chloride (4) Aluminium Flouride (4) Aluminium Nitrate (0) Aluminium Sulfate (4) Ammonia, Anhydrous (1) Ammonia, Gas, Cold (0) Ammonia, Gas, Hot (1) Ammonium Carbonate (0) Ammonium Chloride (1) Ammonium Hydroxide, Concentrated (4) Ammonium Nitrate (2) Ammonium Persulfate Solution (0) Ammonium Phosphate (0) Ammonium Sulfate (4) Amyl Acetate (1) Amyl Alcohol (4) Amyl Borate (0) Amyl Chloronaphthalene (3) Aniline (2) Aniline Oil (2) Animal Oil (4) Arachlor 1248 (3) Argon (3) Aromatic Fuel 50% (3) Askarel Transformer Oil (3) ASTM Fuel A (3) ASTM Fuel B (3) ASTM Fuel C (3) ASTM Fuel D (0) ASTM Oil Four (3) ASTM Oil One (4) ASTM Oil Three (4) ASTM Oil Two (4) Automatic Transmission Fluid (0) Automotive Brake Fluid (1) Beer (4) Benzaldehyde (1) Benzene (3) Benzene Sulfonic Acid (3) Benzine (Ligroin) (4) Benzoic Acid (3) Benzophenone (4) Benzyl Alcohol (3) Benzyl Benzoate (4) Benzyl Chloride (3) Bleach Liquor (3) Borax Solutions (3) Boric Acid (4) Brake Fluid (1) Bromine Gas (3) Bromobenzene (3) Bunker Oil (4) Butadiene Monomer (3) Butane (3) Butter (4) Butyl Alcohol (4) Butyl Carbitol (1) Butyl Cellosolve (1) Butyraldehyde (1) Calcium Carbonate (4) Calcium Chloride (4) Calcium Hydroxide (3) Calcium Hypochlorite (3) Calcium Nitrate (4) Calcium Sulfide (4) Carbitol 2 (3) Carbolic Acid (Phenol) (3) Carbon Disulfide (3) Carbon Monoxide (3) Carbon Tetrachloride (2) Carbonic Acid (4) Castor Oil (4) Cellosolve (1) China Wood Oil, Tung Oil (3) Chloracetic Acid (1) Chlordane (3) Chlorinated Solvents (4) Chlorine Dioxide (3) Chlorine Trifluoride (0) Chlorine, Dry (4) Chlorine, Wet (3) Chloroform (0) Chlorosulfonic Acid (1) Chrome Plating Solution (3) Chromic Acid (4) Citric Acid (4) Cod Liver Oil (4) Coffee (4) Coolanol Monsanto (3) Corn Oil (4) Creosote, Coal Tar (4) Creosylic Acid (0) Crude Oil (Asphalt Base) (3) Cyclohexane (3) Denatured Alcohol (4) Diacetone (1) Diacetone Alcohol (1) Dibenzyl Ether (0) Dibutyl Phthalate (2) Dichloro-Butane (3) Diesel Oil (4) Di-ester Lubricant MIL-L-7808 (4) Diethylamine (1) Diethylamine Glycol (4) Dimethyl Formamide (1) Dimethyl Phthalate (3) Dioxane (1) Diphenyl (3) Dow Corning 550 (3) Dow Guard (4) Dowtherm A (4) Elco 28 Lubricant (4) Epoxy Resins (0) Ethane (3) Ethanol (4) Ethyl Acetoacetate (1) Ethyl Alcohol (4) Ethyl Benzene (4) Ethyl Benzoate (4) Ethyl Cellulose (1) Ethyl Chloride (4) Ethyl Chlorocarbonate (3) Ethyl Diamine (1) Ethyl Ether (1) Ethyl Formate (4) Ethyl Hexanol (4) Ethyl Mercaptan (0) Ethyl Oxalate (3) Ethyl Pentachlorobenzene (3) Ethyl Silicate (4) Ethylene (4) Ethylene Dichloride (1) Ethylene Glycol (4) Ethylene Oxide (1) Ethylene Trichloride (2) Formaldehyde (0) Freon 11 (M) (3) Freon 112 (0) Freon 113 (1) Freon 114 (3) Freon 114B2 (0) Freon 12 (0) Freon 13 (1) Freon 21 (0) Freon 22 (0) Freon 31 (0) Freon 32 (0) Freon 502 (F22+F316) (0) Freon C318 (0) FREON R134A (0) Freon TF (1) Fuel Oil (4) Furan (0) Furfural (1) Furfuryl Alcohol (1) Gallic Acid (4) Gasoline, Automotive (4) Gelatine (4) Glucose (4) Glycerin (4) Glycol, General (4) Grease, Petroleum Base (4) Helium (4) Heptane (4) Hexane (4) Hexyl Alcohol (3) Hydraulic Oil, Petroleum Base (4) Hydrazine (1) Hydrobromic Acid (4) Hydrobromic Acid, Gas (1) Hydrochloric Acid (0) Hydrocyanic Acid (3) Hydrofluoric Acid (1) Hydrogen Gas (2) Hydrogen Peroxide (3) Hydroquinone (3) Iodine (4) Iso Octane (3) Isobutyl Alcohol (3) Isopropanol (3) Isopropyl Acetate (1) Isopropyl Chloride (3) Isopropyl Ether (2) JP 3 MIL-J5624 (3) JP 4 MIL-J5624 (3) JP 5 MIL-J5624 (3) JP 6 MIL-J5624 (3) Kerosene (4) Lacquer Solvents (1) Lacquers (1) Lard, Animal Fat (4) Lindol, Hydraulic Fluid (Phosphate Ester Type) (2) Linoleic Acid (0) Linsed Oil (4) Liquefied Petroleum Gas (LPG) (3) Lubricating Oils, Petroleum Base (4) Lye (3) Malathion (3) Maleic Acid (0) Mercuric Chloride (4) Mercury (0) Methane (0) Methanol (4) Methyl Acetate (1) Methyl Acrylate (1) Methyl Alcohol (4) Methyl Bromide (4) Methyl Butyl Ketone (1) Methyl Cellosolve (1) Methyl Chloride (3) Methyl Ether (4) Methyl Ethyl Ketone (MEK) (1) Methyl Isobutyl Ketone (MIBK) (1) Methyl Mercaptan (0) Methyl Methacrylate (1) Methyl Oleate (3) Methyl Propyl Salicylate (0) Methylacrylic Acid (0) Methylene Chloride (3) MIL-F-25558 (RJ-1) (4) MIL-F-25656 (3) MIL-G-25760 (3) MIL-H-5606 (4) MIL-H-7083 (4) MIL-J 5624, JP-3, JP-4, JP-5 (3) Milk (4) MIL-L-25681 (3) MIL-R-25576 (RP-1) (4) MIL-S-3136, Type 1 Fuel (4) MIL-S-81087 (4) Mineral Oils (4) Monovinyl Acetate (4) Naphtha (1) Naphthalene (4) Naphthalenic (4) Natural Gas (0) Neatsfoot Oil (4) N-Hexaldehyde (1) Nitric Acid (0) Nitrobenzene (1) Nitroethane (1) Nitrogen Tetroxide (1) Nitrogen, Gas (4) Nitromethane (1) Nitropropane (1) N-Octane (3) N-Pentane (2) Octyl Alcohol (3) Oleic Acid (4) Oleum (Fuming Sulfuric Acid) (1) Oronite 8200 (4) Oxalic Acid (4) Oxygen, 200-400F (0) Oxygen, Cold (4) Ozone (4) Peanut Oil (4) Petroleum Oil (4) Phenol (3) Phenylhydrazine (0) Phosphoric Acid (2) Phosphoric Trichloride (4) Pine Oil (4) Potassium Nitrate (4) Potassium Sulfate (4) Producer Gas (3) Propane (3) Propanol (4) Propyl Acetate (1) Propyl Alcohol (4) Propylene (3) Propylene Oxide (1) Pydraul, 10E (1) Pydraul, 230C, 312F, 540C (1) Pydraul, 30E, 50E, 65E, 90E (4) Pyranol, Transformer Oil (4) Pyrogard 42, 43, 53, 55 (Phosphate Ester) (1) Radiation (1) Rapeseed Oil (4) Red Oil (4) RJ-1 (MIL-F-25558) (4) RP-1 (MIL-R-25576) (4) Sea Water (4) Silicone Grease (4) Silicone Oils (4) Silver Nitrate (4) Skydrol 500 (0) Sodium Bicarbonate (4) Sodium Carbonate (4) Sodium Chloride (4) Sodium Hydroxide (0) Soyabean Oil (4) Steam to 350F (1) Stearic Acid (2) Stoddard Solvent (4) Styrene Monomer (2) Sucrose Solutions (2) Sulfur Chloride (4) Sulfur Dioxide Gas, Dry (3) Sulfur Dioxide Gas, Wet (3) Sulfur Dioxide, Liquefied Under Pressure (3) Sulfur Hexafluoride (3) Sulfur Trioxide (3) Sulfuric Acid (Concentrated) (0) Sulfurous Acid (0) Tannic Acid (4) Tartaric Acid (4) Tertiary Butyl Alcohol (3) Tertiary Butyl Mercaptan (0) Tetrabromoethane (3) Tetrabutyl Titanate (4) Tetrachloroethane (0) Tetrachloroethylene (3) Tetraethyl Lead (0) Tetrahydrofuran (1) Tetralin (4) Toluene (3) Transmission Fluid, Type A (4) Triethanolamine (1) Turbine Oil (3) Turpentine (3) Varnish (3) Vinegar (2) VV-H-910 (3) Wagner 21B Brake Fluid (1) Water, Fresh (4) Whiskey (4) White Pine Tar (4) Xylene (0)