labForce® flexible polystyrene boats feature smooth surfaces to provide accurate pour-outs with minimal sample loss. Pour-spout design easily dispenses samples without flexing the dish. Flat-bottom dishes are made from 12-mil thick polystyrene for better strength, stability, and handling.…

High clarity polystyrene Flat transparent surface Numeric mark on the bottom for easy identification PA/PE packaging Vented for air circulation Stackable versions for easy storage and…

Sturdy yet lightweight boats feature a smooth, flat bottom for sample handling and a flanged, crimped wall for rigidity. Finger tab handle can be etched for identification prior to weighing. All weigh boats are FDA/food-grade compliant Disposable 3 sizes Packs of 100

labForce® flexible polystyrene boats feature smooth surfaces to provide accurate pour-outs with minimal sample loss. Bend flexible boats at points to form pour spouts Flat bottoms and sloping sides provide accurate transfer Biologically inert and resistant to dilute and weak acids,…

Economical Smooth, strong and non-absorbent with glossy surface Especially suitable for weighing powders. Packs of 500 sheets.

Petri Dish (Slideable) features partial edge ring on base which allows a single dish to be slid from a large stack and enhances stability when stacked. Manufactured from medical grade virgin polystyrene

High clarity, 100% virgin polystyrene. Flat transparent surface for distortion-free observation. Vacuum plasma TC treatment, excellent cell adherence. Stackable for easy storage and handling. Sterilized by E-beam, SAL=10-6. Non-Pyrogenic, DNase/Rnase free.

Designed for moisture determination balances. Dishes also make good dust covers for open vessels. FDA/food-grade compliant Disposable Slightly tapered walls for stacking Pack of 50

labForce® flexible polystyrene weighing boats feature smooth surfaces to provide accurate pour-outs with minimal sample loss. Manufactured and packaged in a clean room Select white or blue for best color contrast to ensure sample is completely removed Biologically inert and…