JADEWIN 618

JADEWIN 618: A Highly Effective Phosphorus-Containing Antioxidant to Revolutionize Polymer Oxygen Resistance

With the rapid development of the plastics industry, the durability, safety and processability of materials have become the core concerns of the industry, and JADEWIN 618, a new phosphorus-containing antioxidant, is becoming a new benchmark in the field of polymer antioxidant due to its unique chemical structure and excellent performance, especially providing innovative solutions for the demanding areas such as food packaging.

Product Overview

JADEWIN 618 is a highly efficient antioxidant based on organophosphorus chemistry, whose core advantage lies in the high content of active phosphorus elements and optimized molecular design. Compared with traditional antioxidants, it not only significantly slows down the thermo-oxidative degradation of polymers, but also extends the service life of materials by efficiently decomposing hydroperoxides (a key intermediate in oxidative reactions) and fundamentally blocking free radical chain reactions.

Core Performance Advantages

Highly efficient antioxidant, long-lasting stability

The phosphorus content of JADEWIN 618 is significantly higher than that of similar products, which makes it particularly outstanding in its ability to decompose hydroperoxides. Experimental data show that its antioxidant efficiency is 2-3 times higher than that of traditional antioxidant BHT, which can significantly reduce yellowing and embrittlement of polymers during processing and use.

Excellent initial coloration control

Under high-temperature processing conditions, many antioxidants cause yellowing of the initial color of the material. However, JADEWIN 618 effectively inhibits the color development reaction during processing through precise molecular structure design, so that polymer products (such as transparent packaging films and medical devices) maintain excellent initial transparency and color stability.

Broad Spectrum Applicability and Compatibility

The product shows excellent adaptability to a variety of resin systems:

Polyolefin field: in polyethylene (PE), polypropylene (PP) can completely replace the BHT + DLTP composite system, simplify the formulation design.

Engineering plastics: improve the heat aging resistance of ABS, PC (polycarbonate), extend the service life of outdoor products.

Special scenarios: inhibit high-temperature degradation in EVA (ethylene vinyl acetate copolymer) foams, and enhance thermal stability with calcium-zinc stabilizers in PVC.

Food contact safety

Certified by FDA, EU 10/2011 and other food contact material regulations, it can be safely used in food packaging film, beverage bottle caps, disposable tableware and other direct contact scenarios, helping enterprises to meet global market compliance requirements.

Application breakthroughs

Upgrading of food packaging: replacing traditional phenolic antioxidants, solving the pain points of easy migration of BHT and large amount of DLTP addition, and improving the hygiene safety and visual quality of PE/PP packaging materials.

Optimization of medical materials: achieve double protection of antioxidant and transparency in transparent PVC infusion bags and polycarbonate medical devices.

Automotive lightweight support: Enhance the long-term weather resistance of PP/ABS interior parts, and inhibit performance degradation in high temperature environments.

Techno-economic value

JADEWIN 618's “one dose, many effects” feature significantly reduces formulation complexity:

Single agent to realize the dual function of main antioxidant + auxiliary antioxidant

Reduced total additive volume, improved material flow and mechanical properties

Reduces overall costs by 15%-20% while improving product yields.

Industry Trend Compatibility

With the tightening of global environmental regulations (e.g. REACH, GB 9685), the migration of traditional small molecule antioxidants has been strictly limited, and the design of JADEWIN 618's macromolecular structure significantly reduces the risk of migration, and its phosphorus chemistry is more in line with the direction of the development of green chemistry, which provides a key technological support for sustainable development of plastics in the context of the recycling economy.

Conclusion

The launch of JADEWIN 618 marks a new stage in polymer stabilization technology. It not only redefines the performance standard of antioxidants, but also promotes the upgrading and transformation of downstream industries through technological innovation. For enterprises pursuing high performance of materials, clean production and product differentiation, this antioxidant, which is both scientific and practical, will be a key help to break through technical bottlenecks and seize market opportunities.