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Furfural Alcohol

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MOQ : 1 Kilogram

Furfural Alcohol Specification

Flash Point
65 C (closed cup)

Ph Level
Neutral

Size
250 kg drum, custom sizes available

Packaging Type
Drum, HDPE barrel

Density
1.129 Gram per cubic centimeter(g/cm3)

Shelf Life
12 months

Usage
Resins manufacturing, solvent, binding agent

Molecular Weight
82.10 g/mol

Purity
99%

Physical State
Liquid

Molecular Formula
C5H6O2

Storage Instructions
Store in a cool, dry place, tightly closed container

Boiling point
171 C

Grade
Industrial Grade

Type
Chemical

Application
Used as a solvent, intermediate for resins and polymers, foundry sand binder

Appearance
Clear to yellowish liquid

Purity(%)
99%

UN Number
2874

Hazard Class
Class 6.1 (Toxic Substance)

Viscosity
4.9 mPa·s at 20°C

Solubility
Slightly soluble in water, miscible with most organic solvents

Refractive Index
1.492 (at 20°C)

Autoignition Temperature
360 °C

Vapor Pressure
0.4 kPa at 20°C

Stability
Stable under recommended storage conditions

Furfural Alcohol Trade Information

Minimum Order Quantity
1 Kilogram

Supply Ability
1 Kilogram Per Week

Delivery Time
1 Week

About Furfural Alcohol

Furfural Alcohol

Cas No.: 98-00-0

Molecular Formula : C5H6O2

Molecular Weight : 98.1

Mp : -29°C

Bp : 170°C(lit.)

Density : 1.135g/mL at 25°C(lit.)

Fp : 149°F

Water Solubility : MISCIBLE

Versatile Industrial Applications

Furfural Alcohol is widely valued in industries for its versatility. It serves as an essential solvent and intermediate in synthetic resin and polymer production, acting as a binding agent in foundry processes. With its high purity and compatibility with organic solvents, it is integral to processes that demand reliability and performance. Manufacturers across sectors choose furfural alcohol for its adaptability in various chemical applications.

Safe Storage and Handling Guidelines

To ensure furfural alcohol maintains its stability and effectiveness, it should be stored in a cool, dry location in tightly sealed containers. Its packagingtypically in 250 kg drums or custom-sized HDPE barrelsprotects against contamination and moisture. As a Class 6.1 toxic substance, it necessitates adherence to proper safety procedures during handling and transportation to minimize risk to health and environment.

FAQs of Furfural Alcohol:

Q: How should furfural alcohol be safely stored and handled?

A: Furfural alcohol must be kept in a cool, dry place within tightly closed containers such as drums or HDPE barrels. Due to its Class 6.1 toxicity, individuals should use protective equipment and avoid direct contact. Strict adherence to storage and handling guidelines ensures both product stability and user safety.

Q: What are the typical industrial uses of furfural alcohol?

A: Industrially, furfural alcohol is primarily utilized as a solvent, a resin and polymer intermediate, and a binder in foundry sand processes. Its high purity and miscibility with organic solvents make it suitable for applications requiring reliable chemical performance.

Q: When does furfural alcohol reach its expiration or shelf life?

A: Under recommended storage conditions, furfural alcohol retains its effectiveness for 12 months from the date of packaging. Using it within this time frame ensures optimal performance and safety.

Q: Where is furfural alcohol most commonly applied?

A: Furfural alcohol finds significant applications in resin manufacturing plants, foundries, and chemical industries throughout India and worldwide. Its use is common in facilities focusing on synthetic materials and advanced manufacturing.

Q: What benefits does furfural alcohol offer in resin manufacturing?

A: In resin manufacturing, furfural alcohol enhances the polymerization process and improves binding properties, resulting in higher-quality resins and durable end products. Its purity and compatibility contribute to process efficiency and product consistency.

Q: What is involved in the process of using furfural alcohol as a foundry sand binder?

A: The process involves mixing furfural alcohol with foundry sand, followed by curing or heating. This interaction forms a robust, heat-resistant binding matrix that holds sand grains together, essential for quality casting molds.

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