Fisnar 1.0x1.6mm Tube 1ft

The Fisnar 560984P is a 1-foot length dispensing tube with an inner diameter of 1.0 mm and an outer diameter of 1.6 mm, designed for precision fluid transfer in industrial and laboratory environments. Constructed from flexible, high-quality thermoplastic material, the tubing offers excellent chemical resistance and durability under pressurized or vacuum-assisted dispensing operations. This tubing is ideal for delivering adhesives, solvents, epoxies, and other flowable materials in manual or automated dispensing systems.

Key Features:
*Compact 1 ft Length: Ideal for short-distance or benchtop fluid connections.
*1.0 mm ID / 1.6 mm OD: Provides fine flow control for small-volume dispensing.
*Flexible and Durable: Maintains shape under pressure without kinking.
*Chemical-Resistant Material: Compatible with a wide range of fluids including adhesives, silicones, and solvents.
*Precision Manufacturing: Supports repeatable, accurate dispensing in tight-tolerance environments.
*Universal Compatibility: Fits standard fittings and adapters in Fisnar and other fluid dispensing systems.

Specifications:
*Manufacturer: Fisnar
*Part Number: 560984P (FIS560984A)
*Inner Diameter (ID): 1.0 mm
*Outer Diameter (OD): 1.6 mm
*Length: 1 foot (approximately 30.5 cm)
*Material: High-grade thermoplastic
*Color: Translucent or natural
*Temperature Resistance: Suitable for typical room and elevated processing temperatures
*Chemical Resistance: Resistant to common industrial fluids
*Country of Origin: USA

Applications:
*Electronics Manufacturing: Fluid transfer for adhesives, potting compounds, and solder pastes in PCBs.
*Automotive Assembly: Precision delivery of lubricants and bonding agents to components and connectors.
*Medical & Laboratory Use: Safe handling of fluids in controlled dispensing or sampling operations.
*Aerospace Industry: Micro-dispensing of structural adhesives and coatings in confined spaces.
*General Manufacturing: Connects syringe barrels, valves, or cartridges to tips, nozzles, or robots in fluid delivery systems.