nsinger’s TECATEC PA12 CF50 T200 is being used in aerospace applications, including drone and unmanned vehicle chassis components.

The material is a nylon 12 composite reinforced with 200 grams per square meter of 2-by-2 twill carbon fiber fabric at 50% fiber volume content. It is designed for lightweight structural applications in harsh environments where strength, durability and environmental resistance are required.

TECATEC PA12 CF50 T200 offers high strength and fracture toughness, low moisture absorption and abrasion resistance. The material has a service temperature range of minus 76 to 230 degrees Fahrenheit, or minus 60 to 110 degrees Celsius. It is available in semipreg, prepreg and organosheet forms. For more information visit www.ensingerplastics.com.

MA Schelling panel saw systems are designed to process plastics, acrylic materials and composite panels that require precision cutting and careful material handling. The systems are used in applications where sensitive surfaces, chip reduction and dimensional accuracy are important to production efficiency and material performance.

The panel saws incorporate CLEAN-UP and dust-protection systems designed to support chip-free cutting while helping protect material surfaces during processing. Frequency-controlled digital drives allow operators to adjust saw blade speeds for a variety of plastic and composite materials, supporting improved cut quality and reduced material waste.

IMA Schelling offers multiple panel saw configurations for plastics and composite applications, including:

• Schelling fk4: 28.5 horsepower with cutting capacity up to 3.15 inches
• Schelling fk6: 36.2 horsepower with cutting capacity up to 5 inches
• Schelling fk8: 45.6 horsepower with cutting capacity up to 6 inches
• Schelling fk10: 73.8 horsepower with cutting capacity up to 8 inches and advanced automation features

The systems also feature automated material handling and optimized processing cycles intended to reduce primary and secondary run times in manufacturing environments. For more information visit www.imaschelling.com.

ylatech MD and Nylatech Blue are used in industrial applications that require durability, wear resistance and reduced maintenance downtime.

Nylatech MD, a molybdenum disulfide-filled cast nylon material, is used in high-load and high-wear applications such as mobile crane sheaves, telescoping boom wear pads, gears and rollers. Manufactured from type 6 and 6/12 cast nylon, the material is designed to provide high compressive strength, self-lubricating properties and a low coefficient of friction to help extend component life and reduce wear on mating parts.

Nylatech Blue, a heat-stabilized grade of cast nylon, is used in elevated-temperature applications that require dimensional stability and wear resistance, including bushings, rollers and wear strips for ovens, kilns and industrial dryers. Manufactured from type 6 cast nylon, the material is designed to provide abrasion resistance, high tensile and compressive strength, reduced friction and easier machining compared with conventional metal materials. For more information visit www.nylatech.com.

he Oasis Aquatics Center selected PLASKOLITE’s POLYGAL TOPGAL multiwall standing-seam panel system for a swimming pool roof replacement after the facility’s original POLYGAL roofing system remained in service for 23 years.

The replacement project required a roofing solution designed to manage ultraviolet exposure, thermal expansion, wind loads and moisture protection in a high-humidity aquatic environment. The POLYGAL TOPGAL polycarbonate panel system was installed using a Split Long PC System design, which divides the roof covering into multiple sections to accommodate thermal movement and improve installation efficiency.

The standing-seam configuration eliminated the need for fasteners through the polycarbonate panels, helping reduce potential leak points while supporting structural performance across large spans. Additional features included ridge ventilation, shorter panel widths for transportation and handling and a design intended to reduce installation labor requirements. For more information visit www.PLASKOLITE.com.

ubrizol is highlighting thermoplastic polyurethane, or TPU, physical foaming technologies designed to improve footwear midsole performance, manufacturing consistency and production scalability.

The technologies are intended for running shoe midsoles that require lightweight construction, durability and rebound performance. Lubrizol outlined two TPU physical foaming approaches: autoclave embryo foaming and supercritical injection foaming. The systems are designed to support manufacturing efficiency, automation and scalable production across global footwear manufacturing operations.

Lubrizol said TPU physical foaming also can help address limitations associated with traditional ethylene vinyl acetate, or EVA, chemical foaming systems. To support continued development, the company expanded its Foam Center of Excellence operations in Shanghai, in addition to existing facilities in South Korea. The centers support collaboration among material suppliers, processors, equipment manufacturers and footwear brands. For more information www.lubrizol.com.

kyVer PanelTherm is a lightweight polycarbonate panel system designed for facade and daylighting applications that require thermal insulation, acoustic performance and design flexibility.

The system is intended for use in offices, schools, sports facilities and industrial buildings. It offers a thermal transmittance value of Ug = 0.5 W/m²·K and acoustic insulation performance up to 38 decibels. The panels also are designed to support high light transmission while accommodating spans up to 3 meters.

The lightweight construction is intended to support reduced energy consumption, improved indoor comfort and expanded facade design options for commercial and industrial building applications. For more information visit www.exolongroup.com.