25 ++ beaker glass 1000 ml 222257Beaker glass 1000 ml Nyosspix635a
600 Ml Low Form Griffin Beaker. Manufactured from borosilicate glass 3.3. Web 600 ml beaker, with spout, manufactured with uniform wall thickness, offers optimum balance between thermal shock resistance and mechanical strength.
25 ++ beaker glass 1000 ml 222257Beaker glass 1000 ml Nyosspix635a
For convenience, these beakers have a double graduated metric scale to indicate approximate content and an extra large marking spot. Web nalgene griffin beaker, low form, polypropylene, 600 ml. For convenience, these beakers have a double graduated metric scale to indicate approximate content and an extra large marking spot. Thick, slightly flared, beaded top, with a spout designed to have excellent pouring characteristics. And no flame symbol for easy identification by students. Fb10050 qty check availability add to cart customers who viewed this item also viewed. Contact us add to cart add to quote talk to an expert add to favorites compare this product griffin style (low form) beakers are the industry standard for a wide variety of lab applications. Easy to read graduations and marking area. Rugged, reusable, construction that will last for. See all 8 items in this product family.
Thick, slightly flared, beaded top, with a spout designed to have excellent pouring characteristics. Web 600 ml 1000 ml catalog no. Web nalgene griffin beaker, low form, polypropylene, 600 ml. For convenience, these beakers have a double graduated metric scale to indicate approximate content and an extra large marking spot. Thick, slightly flared, beaded top, with a spout designed to have excellent pouring characteristics. Pyrex vista griffin beakers with. Complies with astm specification e960, type i requirements. Beaker features a 600 ml capacity with 25 ml graduations. Web description general description 600 ml beaker, with spout, manufactured with uniform wall thickness, offers optimum balance between thermal shock resistance and mechanical strength. For use with (application) for optimum balance between thermal shock resistance and mechanical strength: Easy to read graduations and marking area.
