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[✨Product Features and Recommended Points]
●Versatile Four-Neck Design
The flask features four ground glass ports, allowing for multi-directional vapor introduction, cooling, reagent addition, and thermometer installation. It serves as the central component of complex chemical reaction setups and synthesis apparatuses. Compared to traditional round-bottom flasks, this design offers greater experimental flexibility.
●High-Quality Borosilicate Glass Construction
The main body of the flask is made from borosilicate glass-1, which provides excellent heat resistance and chemical durability. It can withstand sudden temperature changes and chemical exposure, making it safe for use in R&D, university labs, and industrial environments.
●Compatible with Standard Ground Joints
The main joint is a standard 24/40 size, widely compatible with common industrial and research attachments or connectors. The side joints are 15/25, suitable for connection with narrow glass tubes or condensers. This expands the options for combining equipment.
●Large 1000 mL Capacity for Flexible Experiment Design
With a volume of approximately 1 liter, it accommodates synthesis reactions under heating, solution preparation, and distillation processes. The size is sufficient to handle a substantial amount of reactants, enhancing experimental efficiency.
●Highly Customizable Design
Both the central and side joints can be customized with different sizes, allowing optimization for specific apparatuses or experimental protocols. This provides high flexibility to adapt to experimental conditions and equipment configurations.
●Wide Applications from Industrial to Educational Use
Suitable for synthetic chemistry, analytical chemistry, physical chemistry processes, educational experiments, and equipment setup. It is particularly ideal as a central vessel when performing multiple operations simultaneously.
[✅Summary]
The Common Ground Four-Neck Flask 0082‑10‑10 1000 mL / 1‑4362‑02 is a high-quality laboratory glassware piece that combines functionality and flexibility for experimental, research, and synthesis applications. Its durable borosilicate construction, standard ground joint compatibility, and multi-directional four-neck design make it user-friendly even for complex protocols. Reliable for use in universities, research institutes, and production sites, it supports a wide range of specialized applications, ensuring smooth and efficient experimental workflows.
