Methoxy Polyethylene Glycol 350 Monomethacrylate

MPEG(350)A
PD6114
The Methoxy Polyethylene Glycol 350 Monomethacrylate launched by QYNEXA company is a high-performance functional chemical material. It combines the high molecular weight segments of methoxy polyethylene glycol with the reactivity of acrylic esters, endowing the product with excellent stability, compatibility, and reactivity. This product is widely used in the fields of coatings, inks, adhesives, cosmetics, etc., providing efficient solutions for related industries, demonstrating QYNEXA's outstanding strength in the research and development of functional chemical materials.

The Methoxy Polyethylene Glycol 350 Monomethacrylate launched by QYNEXA company is a high-performance functional chemical material. The application scenarios of methoxy polyethylene glycol 350 monoacrylate are wide and diverse. The following are the main application scenarios of this product: Coatings and Ink Industry:MPEG(350)A is often used as an additive or modifier for coatings and inks due to its excellent compatibility and stability. It can improve the leveling, glossiness, and durability of coatings, while also enhancing the printing suitability and drying speed of inks. Adhesive field: In the manufacturing of adhesives, the introduction of methoxy polyethylene glycol (350) monoacrylate can optimize the adhesive performance of adhesives, improve their adhesion to different materials, especially in high humidity or high temperature environments, and maintain stable adhesive effects. UV curable materials: In the field of UV curable materials,MPEG(350)A can be used to prepare UV curable resins, coatings, and adhesives due to the photosensitivity of its acrylate groups, achieving fast and efficient curing processes.



CAS _ functional degree 1 molecular mass 405 viscosity cps/25℃ 22 Color (APHA) 125 surface tension Dynes/cm, 20℃ 39.00 refractive index 1.4533 Tg,℃ -40 Product highlights Excellent wettability, high flexibility, fast surface curing, low Tg Suggested applications Chemical intermediates and polymer modification



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