SP Bel-Art Closed 2 Liter Polypropylene Spout Pouring Pitcher

Description

Product Overview

The SP Bel-Art Closed 2 Liter Polypropylene Spout Pouring Pitcher is engineered for scientific environments where precision, durability, and ease of handling are paramount. Constructed from high‑grade polypropylene, the pitcher offers chemical resistance and a lightweight feel that reduces fatigue during repetitive tasks. Its 2‑liter capacity (approximately 67.6 ounces) meets the volume requirements of most laboratory protocols, while the round shape and balanced handle provide ergonomic stability. The half‑dome lid is designed to minimize splatter, and the extended spout ensures a smooth, controlled pour, reducing the risk of sample loss or contamination. The pitcher is fully autoclavable at 121 °C, allowing for thorough sterilization without deformation, making it suitable for microbiology, chemistry, and environmental testing applications.

Usage

In a typical laboratory setting, this pitcher excels when transferring liquids between containers, preparing reagents, or dispensing solvents for titration and extraction procedures. Its lightweight nature makes it easy to maneuver on benchtops, while the sturdy polypropylene construction withstands repeated handling and exposure to a wide range of chemicals, including acids, bases, and organic solvents. The half‑dome lid prevents accidental spillage during transport, and the extended spout allows for precise dispensing into narrow-necked flasks or bottles, which is especially valuable when working with volatile or hazardous substances. The pitcher’s design also supports use in educational labs, where students benefit from a clear, easy‑to‑use tool that reinforces good laboratory practices.

Why Choose Us

Choosing the SP Bel-Art pitcher means selecting a product backed by decades of scientific instrumentation expertise. Bel-Art Products, a trusted name in laboratory glassware, ensures each unit meets rigorous quality standards, from material selection to final inspection. The polypropylene used is free of BPA and other contaminants, guaranteeing sample integrity. Autoclavability at 121 °C provides a reliable method for sterilization, eliminating the need for disposable alternatives and reducing laboratory waste. Additionally, the pitcher’s design incorporates a balanced handle that distributes weight evenly, minimizing the chance of accidental tipping. Our commitment to customer support includes a responsive technical service team ready to assist with any product inquiries, replacement parts, or usage guidance, reinforcing confidence in long‑term performance.

Key Features

• Lightweight polypropylene body reduces hand fatigue during extended use.
• Half‑dome lid design prevents splashing and protects contents from contaminants.
• Extended spout delivers precise, controlled flow for accurate measurement and transfer.
• Autoclavable at 121 °C for thorough sterilization without warping or degradation.
• Dedicated customer support and warranty ensure reliable after‑sales service.

FAQ

Is the pitcher compatible with standard laboratory autoclaves?

Yes, the pitcher is rated for autoclaving at 121 °C, which is the standard temperature for most laboratory sterilization cycles. It can withstand repeated cycles without loss of structural integrity.

Can the pitcher be used with aggressive chemicals such as strong acids or bases?

The high‑grade polypropylene material offers excellent chemical resistance, making it suitable for most acids, bases, and organic solvents commonly used in laboratory protocols.

What is the recommended cleaning procedure after use?

Rinse the pitcher with deionized water to remove residues, then place it in an autoclave for a standard 15‑minute cycle at 121 °C. For non‑autoclave cleaning, use a mild detergent and a soft brush, followed by thorough rinsing.

Does the pitcher come with a replacement lid?

The product includes a single half‑dome lid. Replacement lids can be ordered separately through our parts catalog using the model number 287420000.

Is the pitcher suitable for educational laboratory settings?

Absolutely. Its ergonomic design, clear construction, and safety features make it an ideal teaching tool for students learning proper liquid handling techniques.