UBE has development new nylon grades, which are impact-modified PA6 series specifically designed for blow molding applications that require high mechanical strength, superior impact resistance, and excellent gas barrier properties. These materials are ideal for industrial applications such as hydraulic oil tanks, compressed natural gas (CNG) storage, and chemical containers, where durability and leak prevention are essential.
One of the most notable advantages of these polyamides is their exceptional impact resistance at low temperatures, ensuring greater mechanical stability and resistance to cracking, even under extreme environmental conditions. Compared to conventional materials like HDPE, these UBE impact-modified PA6 grades demonstrate superior structural integrity, maintaining performance even at -40°C. This makes them an excellent choice for industries that operate in harsh climates or require highly durable materials.
Their outstanding gas barrier properties significantly reduce methane permeability, making them particularly well-suited for fuel and chemical storage solutions. By preventing leaks and minimizing gas emissions, these materials enhance environmental safety and regulatory compliance, which is crucial in industries where containment and sustainability are key priorities.
In addition to their mechanical and barrier properties, these nylon grades also offer excellent processability, allowing for efficient blow molding production. Their heat-stabilized formulation ensures long-term performance, reducing material degradation over time. This results in longer-lasting components, lower maintenance costs, and improved overall efficiency in industrial applications.
By integrating these UBE impact-modified PA6 grades into their processes, manufacturers can achieve superior product performance, increased reliability, and compliance with strict industry standards.
To learn more about UBE NYLON 1026IU and 1026IUL, fill out the form and download the full document to explore their full range of benefits and technical insights.
