High-Efficiency Polymerization Inhibitor 701
Prevent monomer self-polymerization for enhanced stability and process control.
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Polymerization Inhibitor 701
A new type of free radical polymeric inhibitor, Inhibitor 701 is distinguished by its high efficiency and broad applicability. It effectively prevents the self-polymerization of monomers during various stages of their lifecycle, ensuring product integrity and safe handling.
- Leverage Inhibitor 701 for superior monomer stabilization, preventing unwanted reactions during production and storage.
- Experience enhanced process control in organic synthesis by regulating the degree of polymerization with this advanced chemical.
- Benefit from its excellent polymerization resistance to acrylates, methacrylates, styrene, and butadiene, ensuring reliable performance across diverse monomer types.
- Ensure safety and product quality with its high purity (≥99%), making it a trusted solution for critical chemical processes.
Key Advantages Offered
Unmatched Stability
Prevent monomer self-polymerization with a reliable inhibitor that offers excellent blocking effects, safeguarding your product's quality.
Versatile Application
Utilize this free radical polymeric inhibitor across a wide range of monomers, including acrylates and styrene, for broad industrial utility.
Process Efficiency
Control polymerization degree in organic synthesis, leading to more predictable outcomes and improved efficiency in chemical manufacturing.
Key Applications
Monomer Production & Refining
Crucial for preventing unwanted polymerization during the production, separation, and refining stages of various monomers.
Storage & Transportation
Ensures the stability and safety of monomers during storage and transportation, minimizing risks of premature polymerization.
Organic Synthesis
A vital component in organic synthesis for controlling and regulating the degree of polymerization of olefins and their derivatives.
Polymer Manufacturing
Supports the manufacturing of high-quality polymers by maintaining the integrity of reactive monomers like acrylates and styrene.