IBOMA : The Monomer - Isobornyl Methacrylate

What is IBOMA and its Uses

Isobornyl Methacrylate (IBOMA) serves as a high-performance monomer with extensive applications in polymer engineering. With a molecular weight of 222.32 g/mol, it significantly enhances the thermal stability of acrylic resins and supports higher glass transition temperatures. Its methacrylate functionality enables a rapid polymerisation process, possessing low volatility and a high boiling point to maintain stability during manufacturing.

As a reactive diluent, it effectively reduces viscosity while maintaining the mechanical integrity of cured materials. This monomer's unique structure ensures compatibility with co-monomers and increases rigidity and adhesion in final products. An enhanced understanding of its attributes can further optimise your material formulations.

Useful Information

• IBOMA, or Isobornyl Methacrylate, is a monomer that creates high-performance acrylic resins.
• It features a low volatility and high boiling point, enhancing stability during processing.
• The monomer's ability to rapidly polymerise due to its methacrylate group makes it ideal for UV-curable systems.
• It serves as an effective reactive diluent, reducing viscosity while maintaining the mechanical properties of resins
• Its unique structure improves polymer systems' thermal stability and glass transition temperatures.

More on Isobornyl methacrylate

Isobornyl methacrylate (IBOMA) is a chemical compound and high-performance monomer with a molecular weight of 222.32 g/mol. It is extensively utilised in the production of acrylic resins characterised by elevated glass transition temperatures. The specific molecular structure contributes significantly to its effectiveness as a reactive diluent in various polymer systems, particularly where high glass transition temperatures are crucial. This property enhances the thermal stability of the resulting polymers, making it an indispensable component in high-performance applications in the industry.

Incorporating IBOMA in formulations elevates the glass transition temperature and optimises the overall properties of the acrylic resins. Due to its unique methacrylate functionality, it undergoes rapid polymerisation, thus serving as an efficient reactive diluent that reduces viscosity without compromising the mechanical properties of the cured material. This balance is critical in applications requiring robust, durable materials that maintain integrity under high temperatures and adverse conditions.

Moreover, the low volatility and high boiling point of IBOMA ensure that it remains stable under processing conditions, which is vital for maintaining the consistency and reliability of the acrylic resins. Therefore, the strategic use enhances product performance and contributes to the efficient processing and longevity of the end materials.

Technical Grade - UV curable for Coating

As a technical grade monomer, IBOMA enhances the performance of acrylic resins by elevating their glass transition temperatures. When you incorporate it into formulations, the molecular weight of 222.32 grams per mole contributes significantly to achieving high Tg, which is crucial for maintaining the stability and durability of materials under thermal stress.

In methacrylate chemistry, IBOMA stands out due to its unique structure derived from methacrylic acid. This structure ensures compatibility with various co-monomers and polymers, making it a versatile choice for creating robust copolymers. The presence of the isobornyl group in its backbone aids properties such as rigidity and adhesion, which are essential for high-performance coatings and adhesives, especially in printing inks, to improve ink adhesion and quality on substrates like plastics and metals.

Commercially available, it is often sought for its reactive diluent capabilities and compatibility with various oligomers in UV-curable systems.It effectively reduces viscosity while maintaining the mechanical properties of the cured film. This balance is pivotal in applications like coatings, plastics, pharmaceuticals, and chemical enterprises, where a smooth finish and resistance to environmental factors are required.

As you delve into IBOMA's technical specifications, you'll find that its utility in improving product performance is matched by its efficiency in formulation processes, making it a key component in the arsenal of raw material engineers and producers.

Price Comparison

When comparing IBOMA to other speciality monomers, you'll notice that it's often priced competitively, reflecting its substantial value in facilitating product performance across various applications. The pricing of IBOMA is contingent upon factors like supplier, quantity, and purity levels demanded by the market's specific uses. It would help if you analysed the price variations on the base cost and additional expenses such as shipping and packaging. Discounts offered for bulk purchases can significantly alter the cost dynamics, making IBOMA an attractive option for large-scale operations.

In your price comparison, it's crucial to factor in IBOMA's unique attributes that contribute to its cost-effectiveness. Its superior curing abilities, low shrinkage rates, and excellent chemical resistance enhance the quality and durability of the final products, be they coatings, adhesives, or sealants. These enhanced properties often justify the investment in IBOMA over cheaper alternatives that mightn't deliver similar performance enhancements.

Evaluating the overall benefits and operational efficiencies gained from using IBOMA in your formulations will provide a clearer picture of its value proposition. Therefore, consider the long-term benefits and performance improvements that IBOMA brings to your products when assessing costs beyond mere initial expenditure.

Conclusion

IBOMA's technical prowess in UV and EB curable formulations is unmatched. Offering rapid curing, high purity, and minimal shrinkage, it's integral for producing durable, chemically resistant materials.

Its cost-effectiveness compared to alternatives further solidifies its value. When you integrate IBOMA into your projects, you're leveraging its exceptional ability to enhance flow properties and overall curing behaviours, ensuring superior performance in coatings, adhesives, and other high-demand applications. Thus, IBOMA is a strategic choice for advanced material formulations.

Search for IBOMA on Towobo today and compare prices from various suppliers.