Polymer-framed

Describing an object, typically a firearm, vehicle component, or piece of equipment, that utilizes a frame or chassis constructed primarily from polymers. These polymers, often high-strength plastics or reinforced composites, offer advantages such as reduced weight, corrosion resistance, and potentially lower manufacturing costs compared to traditional metal-based frames. The term emphasizes the structural role of the polymer in providing the primary support or shape of the item. The specific type of polymer used can vary widely, impacting the frame's durability, flexibility, and resistance to environmental factors.

Polymer-framed meaning with examples

• The new Glock 19 features a polymer-framed receiver, which significantly reduces its weight, making it easier to carry concealed. This design choice, popular among law enforcement and civilians, enhances ergonomics. The polymer's inherent corrosion resistance also reduces the need for constant maintenance compared to older metal-framed handguns.
• Modern automobile dashboards often incorporate polymer-framed structures for their lightness and flexibility. These structures are usually designed to incorporate complex curves and integrated features. The dashboard's polymer frame provides a lightweight and impact-resistant platform for instruments, controls, and airbags. This integration enhances vehicle safety and aesthetics.
• The high-tech drone utilizes a polymer-framed body to reduce its overall weight and improve flight efficiency. The drone is often manufactured with advanced polymers chosen for their strength-to-weight ratio. This design enables longer flight times and increased maneuverability, a clear advantage over heavier, older models with metal frames.
• Many lightweight mountain bikes now feature polymer-framed suspension systems and frames that offer excellent vibration dampening and impact resistance. The polymer-framed designs improve the rider's comfort. These advanced polymer materials allow for the creation of complex frame geometries. This enhancement allows for the overall performance.
• The specialized medical device boasts a polymer-framed housing designed for durability and biocompatibility. The polymer material is chosen for its resistance to disinfectants and ease of sterilization. The device offers a secure and long-lasting enclosure for sensitive internal components used in operating rooms. The benefits include improved hygiene and prolonged service life.