Parker BDPX-00200 Thermoplastic Tube 2250 Psi 3/8 in Id

Product Description

The PARKER BDPX-00200 is a high-pressure thermoplastic tube designed for hydraulic, pneumatic, and fluid transfer applications where flexibility and pressure resistance are required. This black thermoplastic tube has a 3/8 inch inside diameter and a 0.65 inch outside diameter, with a maximum working pressure rating of 2250 psi. It is supplied in a 250-foot coil, making it suitable for runs requiring longer continuous lengths without field splicing. Hydraulic technicians, industrial maintenance professionals, and fluid power specialists are the primary installers of this type of tubing.

This tubing is suited for use in hydraulic systems, lubrication lines, and fluid conveyance circuits found in industrial equipment, mobile machinery, and commercial HVAC or mechanical system ancillary lines. The thermoplastic construction provides resistance to abrasion and kinking compared to metal alternatives, and the black color provides UV resistance for exposed routing. The 250-foot coil format reduces the need for multiple fittings in long runs, which helps maintain system pressure integrity.

Key Features

• 2250 psi maximum working pressure for demanding hydraulic and fluid transfer service
• 3/8 inch inside diameter with 0.65 inch outside diameter for standard fitting compatibility
• Thermoplastic construction offers flexibility and abrasion resistance
• Black color provides UV resistance for exposed installations
• 250-foot continuous coil minimizes field splices in long runs

Compatibility

Designed as an OEM-style replacement or direct-install thermoplastic hydraulic and fluid transfer tube for systems requiring 3/8 inch ID tubing rated to 2250 psi.

Installation Notes

Installation of high-pressure hydraulic tubing should be performed by qualified fluid power or hydraulic technicians. De-pressurize and lock out the system completely before cutting, routing, or connecting any tubing. Use only fittings and ferrules rated for the tubing outside diameter and system working pressure. Route tubing away from sharp edges, heat sources, and pinch points to avoid premature wear or failure.