Empowering Multi-Industry Innovation | CAS 682-11-1 (TMPME) Unlocks New Possibilities for Polymer Materials

To meet the R&D and production demands of high-end polymer materials, our company proudly launches CAS 682-11-1 (Trimethylolpropane Monoallyl Ether, TMPME), a high-purity functional monomer. With its unique molecular structure and excellent performance, it is widely compatible with UV curing, polyurethane, biomedical and other fields, solving industry pain points and supporting high-quality industrial upgrading.

Core Advantages · Precise Empowerment

As a multifunctional reactive monomer, TMPME combines high reactivity and application flexibility, with core advantages tailored to real industrial needs:

High Reactivity & Excellent CompatibilityContains reactive allyl and hydroxyl groups with outstanding reactivity. It is fully compatible with mainstream systems such as UV-curable and polyurethane materials, requiring no modification to existing production processes and enabling low-threshold application.

High Purity & StabilityPurity reaches 98%–99.9% (customizable). It appears as a colorless transparent viscous liquid at room temperature, with stable batch performance, free of harmful impurities, and compliant with industrial environmental standards.

Multiple Enhanced PropertiesModerate fluidity at room temperature, slightly soluble in water and readily soluble in organic solvents. It features strong thermal stability, adapts to various demanding production conditions, and offers good biocompatibility and degradability.

Core Applications · Full Coverage

Focused on high-end chemical engineering, it covers four major application scenarios and precisely supports R&D and production:

· UV Curing & Resin Synthesis: Used as a reactive monomer in UV-curable coatings and photosensitive resins to improve flexibility and adhesion, ideal for 3C electronics and high-end decoration.

· Biomedical Field: Serves as a biodegradable polymer raw material for absorbable surgical sutures, drug delivery systems, implantable materials, etc., with no harmful residues after degradation.

· Polyurethane & Special Materials: Applied in the synthesis of polyurethane foams and elastomers to enhance mechanical properties; also used as a pharmaceutical intermediate to expand R&D possibilities.

· Other Fields: Suitable for modifying lubricating oils, emulsifiers, plasticizers, etc., helping upgrade product performance across industries.

Quality Assurance · All-Round Service

Strict full-process quality control, with complete technical documents (including COA) provided for each batch. We support packaging from 1g lab samples to tonnage bulk supply, with stable in-stock availability and customizable packaging and purity. Our professional technical team offers formulation compatibility and process optimization guidance to support smooth production.

CAS 682-11-1 (TMPME) empowers cross-industry innovation with multifunctional properties and earns market trust through professional quality, making it the preferred core raw material for high-end polymer materials.