Qorpak® 8oz Boston Round Bottle w/24-400 Blk Phen. F217 & PTFE Lined Cap, 108PK

Natural Polypropylene Jars are translucent and durable. Jars are ideal for storing and collecting specimens and lab supplies. Wide neck and straight sides facilitate easy recovery of contents. Polypropylene offers greater tolerance to high temperatures than HDPE and better contact clarity. White polypropylene SturdeeSeal® PE foam lined cap attached. Case Qty of 112.

Natural HDPE Wide Mouth Round Bottles are ideal for general lab use with solids and powders. These HDPE (high-density polyethylene) bottles provide an excellent moisture barrier, are translucent, and are impact resistant. These bottles are ideal for high-speed filling, demanding pharmaceutical specifications and the rough handling of interstate shipping. White polypropylene SturdeeSeal® PE foam lined cap attached.

Natural HDPE Wide Mouth Round Bottles are ideal for general lab use with solids and powders. These HDPE (high-density polyethylene) bottles provide an excellent moisture barrier, are translucent, and are impact resistant. These bottles are ideal for high-speed filling, demanding pharmaceutical specifications and the rough handling of interstate shipping. White polypropylene SturdeeSeal® PE foam lined cap attached.

Amber Glass Boston Round Bottles are excellent general use bottles ideal for when content integrity and UV protection is important. Boston Round bottles features a narrow screw neck opening, curved shoulders, and a round body. Glass offers minimal chemical interference with contents; amber glass bottles absorb all wavelengths in the ultraviolet spectrum. Amber Glass Boston Rounds ensure integrity for long term storage and offer excellent protection for UV-sensitive contents. NOTE: Includes Bottle Only. Caps are NOT Included and Sold Separately.

Natural LDPE Boston Round Bottles are the perfect solution for liquid sample handling in a squeezable bottle. These bottles are virtually unbreakable and more resistant to stress cracking than HDPE bottles. They retain their impact strength at very low temperatures.