500ml Low-Form Borosilicate Beaker - RLAB Lab Glassware

Title: 500ml Low-Form Borosilicate Glass Beaker with Spout - RLAB Laboratory Grade

Product Description:

This high-quality 500ml low-form laboratory beaker from RLAB is a versatile piece of glassware suitable for a wide range of applications, from scientific experiments to culinary pursuits. Manufactured from robust borosilicate glass 3.3, conforming to GOST 25336-82 and GOST 21400-75, this beaker boasts superior thermal resistance (up to 250°C) and chemical durability.

Key Features:

• Precise Measurements: Clearly marked graduations in 50ml increments allow for approximate volume measurement. (Note: For high-precision measurements, use a graduated cylinder.)
• Convenient Spout: The integrated spout facilitates clean and controlled pouring, minimizing spills.
• Exceptional Durability: Made from high-quality borosilicate glass 3.3, ensuring resistance to thermal shock, chemical attack, and mechanical stress. The material is derived from premium quartz sand, guaranteeing purity, transparency, and homogeneity.
• Versatile Applications: Suitable for use in laboratories, kitchens, bars, workshops, and more. Ideal for heating (gas stove, microwave), mixing, storing, and various crafting projects.
• Dishwasher Safe: Easy to clean for repeated use.

Applications:

• Laboratory Use: Chemical reactions, heating, filtration, evaporation, storage, experiments.
• Culinary Applications: Food preparation, ingredient measurement.
• Bartending: Mixing cocktails and other beverages.
• Crafting & Workshops: Candle making, soap making, working with oils and electrolytes.
• General Purpose: Storage of tools and supplies, organization.

Specifications:

• Volume: 500 ml
• Diameter: 88 mm
• Base Diameter: 94 mm
• Height: 122 mm
• Graduation Increment: 50 ml
• Glass Type: Borosilicate 3.3
• Dimensions (L x W x H): 104 x 104 x 122 mm
• Weight: 158 g

Note: The markings on this beaker are approximate ("Approx"). For applications demanding high accuracy and reproducibility, we recommend using a precision graduated cylinder.