TL;DR
Daicel Corporation’s HPPs division has launched a new range of DURACON® POM containing 30% recycled materials. This development aims to promote sustainability in engineering plastics, with confirmed product details and market implications. Remaining questions include production scale and customer adoption timelines.
Daicel Corporation’s HPPs division has launched a new range of DURACON® POM containing 30% recycled materials, aiming to enhance sustainability in engineering plastics. The product rollout was announced on March 2024, and it represents a significant step in Daicel’s environmental initiatives, with confirmed details about the material composition and intended market applications.
The new DURACON® POM range includes formulations with 30% recycled materials, sourced from post-consumer and industrial waste. Daicel has stated that the product maintains the high-performance standards associated with DURACON® POM, including strength, wear resistance, and dimensional stability, despite the recycled content.
According to Daicel, the new product line is designed to meet increasing demand from industries seeking sustainable material options. The company emphasized that the recycled content does not compromise durability or quality, and the range is suitable for applications in automotive, electronics, and industrial machinery sectors.
While specific production volumes and customer rollout timelines have not yet been disclosed, Daicel confirmed that the new DURACON® POM is now available for order and will undergo further testing and certification processes to ensure compliance with industry standards.
Implications for Sustainability and Industry Standards
This launch signals Daicel’s commitment to sustainable materials and could influence industry standards for engineering plastics. The integration of 30% recycled content into DURACON® POM demonstrates a shift toward environmentally conscious manufacturing, potentially encouraging other producers to increase recycled material use. The product’s performance retention despite recycled content may also set a benchmark for quality in recycled plastics.
For industries aiming to reduce their carbon footprint and meet stricter environmental regulations, this development offers a viable, high-performance alternative to virgin POM. It could accelerate adoption of recycled plastics in sectors where durability and reliability are critical, impacting supply chain sustainability and regulatory compliance.
Brown Plastic Snap Button Size 20 200Sets Sew On Plastic Snap Fasteners for Clothing Glossy T5 Round -B11
Material:POM-engineering plastics,high hardness;high rigidity;high wear resistance
As an affiliate, we earn on qualifying purchases.
As an affiliate, we earn on qualifying purchases.
Daicel’s Sustainability Strategy and Market Position
Daicel Corporation has been actively advancing its sustainability initiatives, including expanding its portfolio of eco-friendly materials. The company has previously announced plans to increase recycled content across various product lines, aligning with global trends toward circular economy practices.
The launch of this recycled DURACON® POM aligns with industry shifts, as automotive and electronics manufacturers seek materials that balance performance with environmental responsibility. Historically, Daicel has been a key player in the engineering plastics market, and this product expansion reinforces its position as an innovator in sustainable materials.
Prior to this, Daicel introduced other eco-friendly polymers and recycled materials, but this is its first major launch of DURACON® POM with such a high recycled content, marking a notable milestone in its product development roadmap.
“Our new DURACON® POM with 30% recycled materials demonstrates our commitment to sustainable innovation without compromising product performance.”
— Daicel Corporation spokesperson
high performance DURACON POM
As an affiliate, we earn on qualifying purchases.
As an affiliate, we earn on qualifying purchases.
Remaining Questions About Production and Adoption
It is not yet clear how quickly Daicel will scale up production of the recycled DURACON® POM or how broadly it will be adopted across target industries. Details on certification timelines, customer rollout, and cost implications are still emerging, and market acceptance remains to be seen.
Plastics and Sustainable Piping Systems (Volume 1)
As an affiliate, we earn on qualifying purchases.
As an affiliate, we earn on qualifying purchases.
Next Steps for Market Deployment and Certification
Daicel plans to continue testing and certifying the new DURACON® POM formulations to meet industry standards. The company will likely expand marketing efforts and engage with key clients in automotive and electronics sectors to facilitate adoption. Monitoring production volumes and customer feedback over the coming quarters will be crucial to assessing market impact.
recycled content POM for automotive
As an affiliate, we earn on qualifying purchases.
As an affiliate, we earn on qualifying purchases.
Key Questions
What is DURACON® POM with recycled content?
DURACON® POM with recycled content is a high-performance engineering plastic containing 30% recycled materials, designed to maintain durability and quality while supporting sustainability goals.
When will the new DURACON® POM be available for purchase?
The product is now available for order, with further certification and testing ongoing to ensure compliance with industry standards.
What industries will benefit most from this product?
Automotive, electronics, and industrial machinery sectors are primary targets, as they seek sustainable yet reliable materials for manufacturing.
How does recycled DURACON® POM compare in performance to traditional versions?
According to Daicel, the recycled version maintains the same high standards of strength, wear resistance, and dimensional stability as traditional DURACON® POM.
Are there any environmental certifications associated with this product?
Details on certifications are still pending, but Daicel is working to ensure the product meets relevant industry and environmental standards.
Source: primary
