Today's Deal 68vl-12-8 By Parker | Vibra-lok Fittings | 3/4" Tube Size Connector X 1/2" Male Pipe Thread | 1-3/16" Hex | 2.26" Length | Straight | Brass | Pack Of 5 [limited Qty] [r3lnJvLO]

Parker Vibra-Lok Fittings - High-Performance Connectors

Introducing the Parker Vibra-Lok Fittings, a premium solution for your industrial and automotive needs. These fittings are designed for durability and reliability, offering a seamless connection for various fluids and gases. With their robust brass body and advanced materials, they provide an excellent vibration resistance, making them ideal for heavy-duty applications.

Key Features and Specifications

Featuring a brass body for superior strength and corrosion resistance, the Parker Vibra-Lok Fittings are built to last. The sleeves are made of Buna N and Fluorocarbon, ensuring compatibility with a wide range of fluids. These fittings come with NPTF and SAE J1926 straight threads as standard, providing a secure and leak-proof connection. With an impressive vibration resistance, they are perfect for applications where stability is crucial. The temperature range varies depending on the sleeve material, with Fluorocarbon sleeves capable of handling -15° to +450° F (-26.1° to +232.2° C) and Buna N sleeves handling -30° to +275° F (-34.4° to +135° C). Compatible with copper, aluminum, steel, stainless steel, and glass tubing, these fittings offer versatility for various applications.

Applications and Benefits

Whether you're working on heavy-duty trucks, trailers, or mobile equipment, the Parker Vibra-Lok Fittings are the perfect choice. They are widely used in oil, fuel, and coolant line applications on engines, ensuring efficient fluid transfer. With their excellent vibration resistance and wide temperature range, these fittings are ideal for challenging environments. By choosing the Parker Vibra-Lok Fittings, you can benefit from a product that not only meets but exceeds industry standards. These fittings are designed for professionals who demand the best in performance, durability, and reliability.