Measuring Jug 1000ml EISCO Polypropylene Lab Pitcher with Spout

Description

Product Overview

The EISCO 1000ml measuring jug is engineered from high‑quality, heat‑ and chemical‑resistant polypropylene, delivering a durable, impact‑proof container that stands up to rigorous laboratory environments. Its transparent body offers excellent optical clarity, allowing users to see liquid levels at a glance. Screen‑printed graduations are precisely spaced at 50 ml intervals, providing accurate measurement for a wide range of reagents, solvents, and samples. The jug features a molded spout with a built‑in anti‑drip lip and a sturdy handle equipped with thumb‑grip contours, facilitating controlled, mess‑free pouring even when handling viscous fluids. Dimensions of 5 × 6.75 × 5.75 inches and a lightweight 0.3 lb design make the jug easy to transport and store, while the 1000 ml capacity meets the needs of most standard laboratory protocols.

Usage

This measuring jug excels in a variety of professional and educational settings. In research laboratories, it is used for preparing buffer solutions, diluting acids and bases, and transferring culture media with precision. Science classrooms benefit from its clear markings and ergonomic design, allowing students to practice accurate volumetric techniques safely. The jug’s chemical resistance makes it suitable for handling organic solvents, while its heat tolerance permits use with warm liquids up to 120 °F (49 °C) without deformation. Home users who enjoy culinary experiments or DIY projects also find the jug valuable for measuring and pouring large volumes of liquids, such as marinades, cleaning solutions, or garden fertilizers. Its non‑drip spout reduces spills on countertops, and the comfortable handle ensures steady control during extended pouring tasks.

Why Choose Us

Choosing the EISCO measuring jug means selecting a product backed by rigorous quality assurance and a reputation for reliability in the industrial and scientific sectors. Each jug undergoes a multi‑stage molding process that guarantees uniform wall thickness and eliminates internal stresses that could lead to cracking. The screen‑printed graduations are applied using a fade‑resistant ink that maintains legibility after repeated cleaning cycles. EISCO’s commitment to customer satisfaction includes a responsive support team ready to address any concerns, as well as a straightforward return policy for defective units. The jug’s design reflects feedback from laboratory technicians and educators, ensuring that every feature—from the anti‑drip spout to the ergonomic handle—enhances user experience and reduces the risk of measurement errors.

Key Features

• Durable polypropylene body resists heat, chemicals, and impact for long‑term laboratory use
• Crystal‑clear transparency lets you monitor liquid levels without obstruction
• Screen‑printed 50 ml graduations provide accurate, easy‑to‑read measurements
• Non‑drip spout and ergonomic thumb‑grip handle enable smooth, mess‑free pouring
• Responsive customer support and hassle‑free warranty for peace of mind

FAQ

Can the jug be used with organic solvents?

Yes, the polypropylene construction is resistant to most organic solvents, including ethanol, acetone, and hexane, making it safe for a wide range of chemical handling tasks.

Is the jug safe for hot liquids?

The jug can tolerate temperatures up to approximately 120 °F (49 °C) without warping, allowing you to work with warm solutions and reagents.

How do I clean the graduations to keep them legible?

Rinse the jug with warm water and a mild detergent, then wipe the graduations with a soft cloth. Avoid abrasive cleaners that could wear down the printed markings.

What is the warranty period for this product?

EISCO offers a one‑year limited warranty covering manufacturing defects, backed by a responsive customer service team ready to assist with replacements or repairs.

Can the jug be used in educational settings?

Absolutely. Its clear markings, ergonomic design, and safety‑focused features make it an excellent tool for teaching accurate liquid measurement in classrooms and labs.