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Crystallizing Dish, 3500ml - Flat Bottom - Borosilicate Glass - Eisco Labs

SKU CH0066K
Original price $36.99 - Original price $36.99
Original price
$36.99
$36.99 - $36.99
Current price $36.99
  • INDUSTRIAL QUALITY || Crystallizing dish made of high quality, heavy duty Borosilicate 3.3 glass
  • 3500ML CAPACITY || Dish measures 4.1" tall and 9" diameter and has a 3500ml capacity
  • FLAT BOTTOM & SPOUT || Dish features a flat bottom and a spout for easy pouring
  • SUPERIOR DURABILITY || Superior chemical durability and heat tolerance. Can withstand direct flame and high temperatures. High durability against harsh chemicals and corrosive environments. Can be safely sterilized in autoclaves at 121°C
  • GREAT FOR PROFESSIONAL LABORATORIES, CLASSROOMS & HOUSEHOLD || Designed for use in professional laboratories, but is an ideal choice for science classrooms and household use
Low Stock - 4 Remaining
Expected to Ship Tue Dec 06
Original price $36.99 - Original price $36.99
Original price
$36.99
$36.99 - $36.99
Current price $36.99
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Some items have built-in volume discounts, but if you'd like a quote, call us or click below. You may get a better deal than the rates listed here!
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3500ml capacity crystalizing dish made of high quality, heavy duty Borosilicate 3.3 glass. Features flat base, and beaded rim. Spout for easy pouring.
Dish measures 4.1" tall, and has an outer diameter of 9".

Autoclavable, with superior chemical durability. Low temperature gradient- can withstand high temperatures & thermal shocks. Eisco Labs Borosilicate glass has the following heat tolerances: Strain Point 515°C | Annealing Point 565°C | Softening Point 820°C.

Eisco Labs proudly manufactures its own products using state-of-the-art equipment, and following the highest standards of quality control.
Each product is carefully designed by a team of laboratory professionals and experienced engineers with quality and durability in mind. They are manufactured with only the highest grade, raw materials and according to international quality standards to ensure that they can withstand use in even the toughest laboratory environments.