Fisnar 5cc Barrel Clear (10) 560001H

The Fisnar 5601001 - 5cc Clear Syringe Barrel is a precision-molded dispensing component engineered for use in industrial fluid applications. Made from high-quality polypropylene, this natural (clear) barrel is designed to hold and dispense adhesives, sealants, epoxies, and other fluids with maximum visibility and control. The 5cc size makes it ideal for small-volume applications in electronics, automotive, medical, and manufacturing industries. Each pack includes 10 barrels and is compatible with standard Luer Lock tips and dispensing systems.

Key Features:
*Clear (Natural) Barrel: Provides full visibility of fluid level and material behavior during dispensing.
*High-Quality Polypropylene: Offers excellent chemical resistance and structural integrity.
*Precision-Molded Interior: Ensures consistent flow and reduced fluid shear during dispensing.
*Standard 5cc Size: Ideal for small-batch applications requiring accuracy and minimal waste.
*Luer Lock Compatibility: Securely connects with dispensing tips, fittings, and adapters.
*Contamination-Free Construction: Silicone- and chloride-free for cleanroom or sensitive manufacturing environments.
*Pack of 10: Convenient for lab, production, or repair workstations.

Specifications:
*Manufacturer: Fisnar
*Part Number: 5601001
*Barrel Size: 5 cc
*Color: Natural (clear)
*Material: Polypropylene (barrel only)
*Inner Diameter: 10.6 mm (approximate)
*Length: Approximately 60 mm
*Tip Type: Luer Lock compatible
*Packaging: Pack of 10 barrels
*Silicone-Free: Yes
*Chloride-Free: Yes
*Country of Origin: USA

Applications:
*Electronics Assembly: Precise dispensing of solder pastes, adhesives, fluxes, and encapsulants.
*Medical Device Manufacturing: Suitable for controlled dispensing of bonding agents and sterile materials.
*Automotive Production: Used for micro-application of lubricants, sealants, and gasketing fluids.
*General Industry: Ideal for adhesives, coatings, lubricants, and other flowable materials.
*Laboratory Use: Accurate dosing and material sampling in research or chemical testing environments.