Duration: 19 ms, Number of Results: 31

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Product

Urea Formaldehyde Concentrate

UFC, or urea-formaldehyde-concentrate, is a unique formaldehyde - urea solution containing a high concentration of formaldehyde and urea. UFC requires storage at temperatures between 10 C (50 F) and 40C (104 F) to prevent precipitation of formaldehyde polymers at temperatures below 10C, or the incre...

Product

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 formal...

Product

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 formal...

Product

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 formal...

Product

Formaldehyde 37% Solution

Disclaimer: ® and ™ Licensed trademarks of Hexion Inc. The information provided herein was believed by Hexion Inc. ( Hexion ) to be accurate at the time of preparation or prepared from sources believed to be reliable, but it is the responsibility of the user to investigate and understand o...

Product

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 formal...

Product

Hexamine Granular

" Hexamine is a product made from reaction of ammonia and formaldehyde. It is a white, crystalline powder, with a slight ""fishy""odor. . It's primary use is a curative for Novolac resins." Handling Precautions: For more detailed information on all aspects relating to Health, Safety and Handling, re...

Product

Formaldehyde 50% 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 formal...

Product

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 4...

Product

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 4...

Product

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 4...

Product

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 formal...

Product

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 formal...

Product

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 formal...

Product

Formaldehyde Solution 37% Low Acid

Disclaimer: ® and ™ Licensed trademarks of Hexion Inc. The information provided herein was believed by Hexion Inc. ( Hexion ) to be accurate at the time of preparation or prepared from sources believed to be reliable, but it is the responsibility of the user to investigate and understand o...

Product

Formaldehyde 50% Solution Stabilized

" 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 formal...

Product

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 formal...

Product

Formaldehyde 44% Solution Stabilized

" 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 formal...

Product

Formaldehyde 40% 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 formal...

Product

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 dependant upon the formal...

Product

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 ea...

Product

Formaldehyde 37% with 13% 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 formal...

Product

Formaldehyde 37% with 15% 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 formalde...

Product

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 formal...

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