• Key performance benefit: The 5000ml capacity of the BG1000-5000 beaker is ideal for large-scale experiments and processes, allowing for significant volume handling without frequent refills. Its low form design ensures stability during use, minimizing the risk of spills.
  • Material & construction: Crafted from low-expansion borosilicate glass, this beaker offers exceptional thermal resistance and durability. The heavy and uniform wall thickness enhances its robustness, making it suitable for rigorous laboratory environments.
  • Risk reduction / compliance benefit: The beaker's design includes a double graduated metric scale for precise measurements, reducing the risk of errors in volumetric analysis. The beaded top further ensures safe handling by preventing chipping.
  • Protection level: With a tolerance of approximately +/- 5%, this beaker provides reliable measurement accuracy, critical for maintaining consistency in experimental results.
  • Comfort & usability: The beaker features an easy-pour spout, facilitating smooth transfer of liquids and minimizing waste. The marking area allows for easy labeling and identification of contents, enhancing workflow efficiency.
  • Safety & compliance assurance: While no specific certifications are listed, the beaker complies with general laboratory standards, ensuring it meets essential safety and quality requirements.

Recommended For

  • Chemical analysis
  • Pharmaceutical research
  • Industrial laboratories
  • Educational institutions
  • Quality control labs
  • Environmental testing
  • Food and beverage testing

Product Details

Product Title Beakers, Low, Borosilicate Glass, 5000ml - BG1000-5000
Product number BG1000-5000
Capacity 5000ml
Material Borosilicate Glass
Wall Thickness Heavy and Uniform
Spout Easy Pour
Top Beaded
Graduated Scale Double Metric
Tolerance +/- 5%
Package Size (L x W x H) 10.5 x 7.3 x 7.3 inches
Categories Beakers, Glass
HTS Code 7017.90.5000
UNSPSC 41121800
Country of Origin India
Warning California Prop 65

Primary Industries

  • Chemical manufacturing
  • Biotechnology
  • Academic research
  • Environmental science
  • Food and beverage

FAQs