SP Bel-Art Teflon FEP Lab Spoon and Spatula, 9", Stainless Steel

Large, heavy-duty, polyethylene plastic scoops are strong, durable, and excellent for scooping dry powders, granules or crystals. Closed back, non-spill shape Ergonomically angled handleThese sampling scoops are designed for retrieving samples from a larger source. Capacity/volumes are estimated and are not meant for taking exact sample weights/volumes. Stated volumes represent typical heaping samples.

These plastic scoops are rigid, strong and smooth. A flat bottom keeps them upright when filled or empty, allowing them to be used as weighing boats or to be placed on a flat surface. 60 and 125ml scoops have a longer handle that increases the distance between the hand and sample Rugged polypropylene; steam autoclavable at 121°C (250°F) Comply with FDA regulations for food, drug and cosmetic use Special prices on yearly contracts for large quantities are available on requestThese sampling scoops are designed for retrieving samples from a larger source. Capacity/volumes are ...

This utensil's specially curved shape permits contact with all corners of bottles and containers; therefore, no loss of material occurs. Crystals, powders, granulated and solid substances, and even thick liquids are easily retrieved and never fall back into the container. The Ellipso-Spoon® Sampler has a spoon end and a spatula end and is made of polished 304 grade stainless steel.

These V-shaped spatulas are ideal for every type of powdered or granulated material. The sturdy point is perfect for taking sterile samples during process quality inspections and for piercing plastic-lined paper bags or similar packages. Time-honored V-shape makes transferring powdered, flaked, crystalline or granular media a breeze. Long 14" spatula is perfect for dislodging caked or crystallized reagents from deep within tall bottles or vessels having a neck diameter as small as 18mm (3/4"). These one piece spatulas are molded from FDA-grade materials and are safe for food, drug and ...

Lessen environmental impact with these PLA (polylactic acid) resin sampling spoons. The production of 100% plant-based PLA contributes less greenhouse gases and uses less nonrenewable energy from source to resin than its petroleum-based counterparts, and the plants used are an annually renewable resource. Disposal options include industrial composting for biodegradability, incineration, recycling and landfill. Use a separate spoon for each material sampled to avoid cross contamination. Non-sterile. Green alternative to petroleum-based sampling tools; helps meet sustainability goals ...