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EPI-REZ Resin 3510-W-60

EPI-REZ Resin 3510-W-60 Shelf Life Information...

EPON Resin 154

Functionality of 3.5. High temperature and chemical resistance....

EPIKURE Curing Agent 3046

Low viscosity, long pot life, general purpose curing agent....

EPON Resin 826

Unmodified Liquid Resin -A low viscosity resin. Possesses performance properties similar to EPON Resin 828. Capable of accepting higher filler levels. Subject to crystallization when cold....

EPON Resin SU-8

Polymeric solid epoxy novolac resin with a functionality of 8. Very high temperature stability. Used in electronics, FRP and adhesives....

EPIKURE Curing Agent 3010

Economical general purpose curing agent useful for general applications where low color is not required....

Formaldehyde 35% with 7% Methanol

Formaldehyde solutions require storage within certain minimum temperature ranges to prevent the precipitation of formaldehyde polymers and within certain maximum temperature ranges to retard the formation of formic acid and other by products.The specific temperatures are dependant upon the formaldehyde and methanol content of the solution. The specific minimum and maximum temperatures for each formaldehyde blend Hexion produces is listed in the Product Specifications....

Formaldehyde 37% with 12% Methanol

Formaldehyde solutions require storage within certain minimum temperature ranges to prevent the precipitation of formaldehyde polymers and within certain maximum temperature ranges to retard the formation of formic acid and other by products.The specific temperatures are dependantupon the formaldehyde and methanol content of the solution. The specific minimum and maximum temperatures for each formaldehyde blend Hexion produces is listed in the Product Specifications....

Formaldehyde 37% with 6% - 8% Methanol

Formaldehyde solutions require storage at specified temperature ranges to prevent the precipitation of formaldehyde polymers and/or the loss of formaldehyde from reactions of formaldehyde that form formic acid and acetals. These temperature ranges are specified in the Product Specifications for each formaldehyde solution that Hexion produces....

Formaldehyde 37% with 11% Methanol

Formaldehyde solutions require storage within certain minimum temperature ranges to prevent the precipitation of formaldehyde polymers and within certain maximum temperature ranges to retard the formation of formic acid and other by products.The specific temperatures are dependantupon the formaldehyde and methanol content of the solution. The specific minimum and maximum temperatures for each formaldehyde blend Hexion produces is listed in the Product Specifications....

Formaldehyde 53% Solution

Formaldehyde solutions require storage within certain minimum temperature ranges to prevent the precipitation of formaldehyde polymers and within certain maximum temperature ranges to retard the formation of formic acid and other by products.The specific temperatures are dependant upon the formaldehyde and methanol content of the solution. The specific minimum and maximum temperatures for each formaldehyde blend Hexion produces is listed in the Product Specifications....

Methaform 55C

Methaform is a unique blend containing a high concentration of formaldehyde and methanol.Methaform has a low flash point because of the high concentration of methanol, and needs to be treated as a flammable substance (see specifications for Flash Point)It requires storage at temperatures below 40 C (104 F) to prevent the formation of acetals that lead to the loss of formaldehyde and methanol in storage, and at temperatures above 10C (50 F)to prevent he formation of insoluble formaldehyde polymer observed as a white flocculent material.However, a solution that has been stored too cold can be reclarified by rewarming the solution to 20C....

Formaldehyde 37% with 25% Methanol

Formaldehyde solutions require storage within certain minimum temperature ranges to prevent the precipitation of formaldehyde polymers and within certain maximum temperature ranges to retard the formation of formic acid and other by products. The specific temperatures are dependant upon the formaldehyde and methanol content of the solution. The specific minimum and maximum temperatures for each formaldehyde blend Hexion produces is listed in the Product Specifications....

Formaldehyde 46.5% with 12% Methanol

Formaldehyde solutions require storage within certain minimum temperature ranges to prevent the precipitation of formaldehyde polymers and within certain maximum temperature ranges to retard the formation of formic acid and other by products.The specific temperatures are dependant upon the formaldehyde and methanol content of the solution. The specific minimum and maximum temperatures for each formaldehyde blend Hexion produces is listed in the Product Specifications....

Methaform 55A

Methaform is a unique blend containing a high concentration of formaldehyde and methanol.Methaform has a low flash point because of the high concentration of methanol, and needs to be treated as a flammable substance (see specifications for Flash Point)It requires storage at temperatures below 40 C (104 F) to prevent the formation of acetals that lead to the loss of formaldehyde and methanol in storage, and at temperatures above 10C (50 F)to prevent he formation of insoluble formaldehyde polymer observed as a white flocculent material.However, a solution that has been stored too cold can be reclarified by rewarming the solution to 20C....

Formaldehyde 52% Solution

Formaldehyde solutions require storage within certain minimum temperature ranges to prevent the precipitation of formaldehyde polymers and within certain maximum temperature ranges to retard the formation of formic acid and other by products.The specific temperatures are dependant upon the formaldehyde and methanol content of the solution.The specific minimum and maximum temperatures for each formaldehyde blend Hexion produces is listed in the Product Specifications....

Formaldehyde 44% Solution

Formaldehyde solutions require storage within certain minimum temperature ranges to prevent the precipitation of formaldehyde polymers and within certain maximum temperature ranges to retard the formation of formic acid and other by products.The specific temperatures are dependant upon the formaldehyde and methanol content of the solution. The specific minimum and maximum temperatures for each formaldehyde blend Hexion produces is listed in the Product Specifications....

Methaform 55B

Methaform is a unique blend containing a high concentration of formaldehyde and methanol.Methaform has a low flash point because of the high concentration of methanol, and needs to be treated as a flammable substance (see specifications for Flash Point)It requires storage at temperatures below 40 C (104 F) to prevent the formation of acetals that lead to the loss of formaldehyde and methanol in storage, and at temperatures above 10C (50 F)to prevent he formation of insoluble formaldehyde polymer observed as a white flocculent material.However, a solution that has been stored too cold can be reclarified by rewarming the solution to 20C....

Formaldehyde 37% with 14% Methanol

Formaldehyde solutions require storage within certain minimum temperature ranges to prevent the precipitation of formaldehyde polymers and within certain maximum temperature ranges to retard the formation of formic acid and other by products. The specific temperatures are dependant upon the formaldehyde and methanol content of the solution. The specific minimum and maximum temperatures for each formaldehyde blend Hexion produces is listed in the Product Specifications....

Formaldehyde Solution 44% Low Acid

Formaldehyde solutions require storage within certain minimum temperature ranges to prevent the precipitation of formaldehyde polymers and within certain maximum temperature ranges to retard the formation of formic acid and other by products.The specific temperatures are dependant upon the formaldehyde and methanol content of the solution. The specific minimum and maximum temperatures for each formaldehyde blend Hexion produces is listed in the Product Specifications....

Formaldehyde 36% With 12% Methanol

TECHNICAL DATA SHEET FORMALDEHYDE 36% WITH 12% METHANOL PRODUCT SPECIFICATIONS: Formaldehyde wt. %35.0 36.5 Methanol wt. % 10.0 12.0 Acidity as Formic Acid wt. % 0.035 Maximum Color APHA 10 Maximum TYPICAL PROPERTIES: Specific Gravity @ 25/25 C 1.076 1.086 Pounds Per Gallon @ 25 C 8.95 9.04 Flash Point F, Seta C. Cup 144 Iron ppm 0.5 Maximum Odor Pungent Appearance @ 77 F Colorless Liquid Storage Temperature, F 55 100 Storage Life 180 days Maximum PRODUCT FEATURES: Formaldehyde in commercial form is a colorless liquid with a pungent odor. Its principal uses are in the manufacture of thermoset resins, and various organic and agricultural chemicals. The product is usually shipped in bulk tank truck or rail car and is available from Hexion plants located at Baytown, TX; Diboll, TX; Fayetteville, NC; Geismar, LA; Hope, AR; LaGrande, OR; Louisville, KY; Missoula, MT; Moreau, NY; Sheboygan, WI; and Springfield, OR. TECHNICAL ASSISTANCE: For additional information or assistance, please contact: Sales Office: +1 225 756 3937 Customer Service: +1 866 443 9466 Technical Service Laboratory: +1 541 741 6650...

Formaldehyde Solution 56% Low Acid

Formaldehyde solutions require storage within certain minimum temperature ranges to prevent the precipitation of formaldehyde polymers and within certain maximum temperature ranges to retard the formation of formic acid and other by products.The specific temperatures are dependant upon the formaldehyde and methanol content of the solution. The specific minimum and maximum temperatures for each formaldehyde blend Hexion produces is listed in the Product Specifications....

Formaldehyde 37% with 7% Methanol

Formaldehyde solutions require storage within certain minimum temperature ranges to prevent the precipitation of formaldehyde polymers and within certain maximum temperature ranges to retard the formation of formic acid and other by products.The specific temperatures are dependantupon the formaldehyde and methanol content of the solution. The specific minimum and maximum temperatures for each formaldehyde blend Hexion produces is listed in the Product Specifications....

Formaldehyde Solution 44% Low Sodium

Formaldehyde solutions require storage within certain minimum temperature ranges to prevent the precipitation of formaldehyde polymers and within certain maximum temperature ranges to retard the formation of formic acid and other by products.The specific temperatures are dependant upon the formaldehyde and methanol content of the solution. The specific minimum and maximum temperatures for each formaldehyde blend Hexion produces is listed in the Product Specifications....

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