Cobalt Octate

Cobalt Octate Specification

Density
0.91 Gram per cubic centimeter(g/cm3)

Temperature
Stable up to 50C

Shape
Liquid

Usage & Applications
Fiberglass industries, coatings, paints, polymer and resin industries

Material
Cobalt Octate (Cobalt(II) 2-ethylhexanoate)

Application
Used as an accelerator and curing agent in unsaturated polyester resins

Technique
Catalyzed polymerization

Solubility
Soluble in Mineral Spirit, Aromatic and Aliphatic Solvents

Cobalt Content
6% 0.2%

Shelf Life
12 months in original sealed container

Viscosity
10-20 seconds (B4 Ford Cup at 30C)

Flash Point
>61C

Specific Gravity
0.92 - 0.96 (at 25C)

Packaging Type
HDPE/Plastic Drums

Appearance
Clear to Violet Liquid

Toxicity
Avoid direct inhalation or contact

Odour
Mild characteristic

About Cobalt Octate

Our business has gained immense acknowledgment in offering premium quality Cobalt Octate. This is known to be the most active surface drier effects and is basically used in conjunction with auxiliary driers. Our offered chemical works as a strong oxidant and compatible to all surface of coating media. Processed employing latest techniques defined in the prevalent market under the guidance of proficient professionals. Assurance of effectiveness, stability and accurate composition makes this Cobalt Octate highly treasured by the patrons spanning all across the country.

User Level:

Accelerator is used along with catalyst to gel Unsaturated Polyester resin from liquid state to solid state.
The following levels based on weight of resin are recommended.
Accelerator - 6% 1 to 1.5 %
Accelerator - 2% 1.5 to 2 %
The Quality will vary with different resins according to the gel time and room temperature.

Efficient Curing Agent for Resins

Cobalt Octate acts as a highly effective accelerator in unsaturated polyester resin systems, drastically improving curing times through catalyzed polymerization. This results in robust mechanical properties and reliable hardening, which is vital for industrial fabrications.

Versatile Industrial Applications

Due to its solubility and stability, Cobalt Octate finds extensive use in fiberglass industries, coatings, paints, and polymer manufacturing. Its compatibility with a variety of solvents makes it a convenient choice for many industrial processes requiring accelerated resin curing.

Safe Packaging and Storage

Supplied in HDPE/plastic drums, Cobalt Octate is designed for safe handling and transportation. The product remains stable up to 50C and retains its efficacy for 12 months if kept in its original sealed packaging, minimizing risks of spillage or contamination.

FAQs of Cobalt Octate:

Q: How is Cobalt Octate typically used in industrial processes?

A: Cobalt Octate is commonly used as an accelerator and curing agent in unsaturated polyester resin applications. It enhances the catalyzed polymerization process, ensuring prompt curing and strong end-product characteristics in fiberglass and polymer manufacturing.

Q: What benefits does Cobalt Octate provide in resin formulations?

A: By acting as a curing accelerator, Cobalt Octate significantly reduces curing time and improves the mechanical strength and durability of resin-based products. This leads to more efficient processing and higher quality output in various industrial sectors.

Q: Where can Cobalt Octate be applied within manufacturing industries?

A: It is widely utilized in the fiberglass, coatings, paint, polymer, and resin industries. Its reliable performance in facilitating curing makes it ideal for use in both large-scale manufacturing and specialized applications across these sectors.

Q: When should Cobalt Octate be added during the resin polymerization process?

A: Cobalt Octate is introduced before or along with the catalyst during the resin mixing stage. This ensures its activator properties are fully effective, resulting in consistent and rapid curing throughout the polymer matrix.

Q: What is the recommended storage condition for Cobalt Octate to maintain its effectiveness?

A: The product should be stored in its original sealed HDPE/plastic drum, in a cool and dry area stable up to 50C. Proper storage preserves its quality and ensures a shelf life of up to 12 months.

Q: What safety precautions should be observed when handling Cobalt Octate?

A: It is important to avoid direct inhalation or contact with the liquid. Use proper personal protective equipment and handle the product in well-ventilated areas to minimize health risks.

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Catalyst

Coating Type : Highdispersion active phase support, metal oxide washcoats, molecular sieve coatings

Material : Activated Alumina, Titanium Dioxide, Zeolites, Silica, Carbon, Metal Oxides

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Technique : Heterogeneous catalytic reactions, oxidation, reduction, polymerization, hydrogenation, dehydrogenation

Shape : Pellets, spheres, rings, extrudates, honeycomb/monolith

Temperature : Operating range from ambient up to 800C, specific to catalyst type

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