Globe Scientific 110406 Polypropylene Test Tube with Separate Dual Position Snap Cap, 5mL Capacity, 12mm Diameter, 75mm Height, Pack of 1000

Product Description "Globe Scientific’s 12 x 75mm Polypropylene Test Tubes are designed to meet the needs of modern laboratories with their durable and versatile features. Made from high-quality polypropylene, these tubes provide excellent resistance to breakage and chemical exposure, making them suitable for demanding applications. Each tube comes with a separate dual position snap cap made from LDPE, offering flexible storage options. The cap can be left loose for aerobic work or sealed tightly for anaerobic storage, accommodating a variety of laboratory protocols. With a centrifugation tolerance of up to 3000 RPM, these tubes deliver reliable performance during high-speed sample processing. They are both autoclavable for sterilization and freezable for long-term sample preservation, making them suitable for a wide range of temperature conditions. The 5mL capacity is ideal for various testing needs, balancing sufficient sample volume with material efficiency. These test tubes are a reliable choice for clinical, research, and industrial laboratories requiring versatile and high-performance solutions." Manufacturer Contact Information 201-599-1400

• Durable Polypropylene Construction: Crafted from high-quality polypropylene, these 12mm x 75mm test tubes offer exceptional durability and chemical resistance.
• Separate Dual Position Snap Cap: Includes an LDPE cap that can be adjusted for aerobic or anaerobic storage—leave it loose for aerobic use or seal it tightly for anaerobic applications.
• High Centrifugation Tolerance: Engineered to withstand speeds up to 3000 RPM, ensuring reliable performance in high-speed sample processing.
• Autoclavable and Freezable: Designed to handle a wide range of temperature conditions, these tubes are suitable for sterilization and long-term sample preservation.
• Convenient 5mL Capacity: Ideal for various laboratory applications, balancing sufficient sample volume with efficient use of materials.