Plastic Test Tubes 13x100mm, 7ml with cap, with 5ml graduation

Features:

BostonMed Supply 7ml plastic test tubes (13 x 100mm) with cap and 5ml graduation provide an advanced containment solution for precise laboratory measurements and secure sample management. These 100mm vessels serve as a dependable alternative to breakable glass units, incorporating a tight-sealing closure that prevents aerosolization and evaporation while keeping the technician safe from hazardous contents.

Fabricated from optical-grade clarified polymers, each 13 x 100mm tube features integrated volume markings up to 5ml for immediate and accurate fluid assessment at a glance. The resilient housing is built to resist mechanical deformation, allowing for consistent performance in high-speed centrifugal applications and rigorous mixing procedures without compromising the seal or the material structure.

The standard 13mm profile facilitates easy handling and ensures compatibility with high-throughput diagnostic arrays and universal storage racks. By integrating these graduated, single-use 7ml tubes into your inventory, your facility can ensure exact dosing, eliminate the need for secondary measuring tools, and maintain a sterile, efficient laboratory environment.

Key Characteristics:

Integrated 5ml Graduation Marks Allows for rapid visual quantification and precise measurement of fluid levels without the need for additional equipment.

13 x 100mm Calibrated Design: Slender, high-capacity geometry optimized for automated samplers and standard laboratory workstations.

Airtight Sealing Cap: Provides a leak-proof barrier that secures the specimen during transport, mixing, or long-term cold storage.

Impact-Resistant Polymer: Durable plastic construction eliminates the risk of glass shards and preserves the integrity of valuable specimens.

Exceptional Wall Clarity: Highly transparent material allows for unobstructed inspection of precipitates, color transitions, and fluid layers.

Sterile Single-Use Format: Ready-to-use design streamlines laboratory workflows by bypassing labor-intensive washing and sterilization stages.