Nalgene™ FKS10159140 Narrow-Mouth Hdpe Lab Quality Bottles With Closure, 125mL

Store, ship, and package liquids using highly reliable and durable Thermo Scientific™ Nalgene™ Narrow-Mouth HDPE Lab Quality Bottles with Closure. These semi-rigid, translucent, all-purpose bottles are specifically designed for long-term, demanding lab use and offer excellent chemical resistance. Made only from high quality, laboratory-grade plastic materials for dependably low leachables and extractables.

• Versatile and indispensable in the lab
• Uniform walls provide durability and resistance to splitting or punctures
• Can be used in a freezer up to -100°C (-149°F)
• Linerless polypropylene closures ensure leakproof† protection without the use of liner that can wrinkle, cause leaks or contaminate your reagents
• Participates in My Green Lab's ACT Label program for Accountability, Consistency and Transparency (ACT) around evaluating product sustainability
• Leakproof† when used with Nalgene closures
• Bottle and Carton are readily recyclable in most communities
• Manufactured from non-toxic materials
• Capacity: 4 oz., 125 mL
• Capacity (Metric): 125 mL
• Capacity (English): 4 oz.
• Color: Translucent
• Description: Lab Quality Narrow-Mouth Bottle
• Diameter (Metric) Inner Neck: 18 mm
• Material: HDPE
• No. per Case: 72
• No. per Pack: 12
• Sterility: Non-sterile
• Closure Color: Natural
• Neck Finish: 24 mm
• Certifications/Compliance: Manufactured in compliance with ISO 13485:2016 quality requirements. Bottles and Closures meet the requirements of 21CFR177.1520 for food and beverage use, USP Class VI.
• Closure Included: Yes
• Graduated: No
• Mouth: Narrow
• Shape: Round
• ACT Label: Yes
• Height (Metric): 101 mm
• Product Type: Storage Bottle
• Width (English): 1.98 in.
• Height (English): 3.97 in.
• Closure Liner: Unlined
• Closure Material: Polypropylene
• Closure Size: 24 mm
• Diameter (Metric): 50 mm
• Closure Type: Screw Cap
• Through the Closure Dispensing: No
• Unit Size: Pack

**Image is for reference purpose only. Actual product may differ.