Borosilicate Glass Crystallizing Dish QWORK 1000ml Resistant Lab Dish

Description

Product Overview

The QWORK Borosilicate Glass Crystallizing Dish is engineered from premium 3.3 borosilicate glass, a material renowned for its exceptional resistance to chemical corrosion and thermal shock. With a generous 1000 ml capacity and a compact footprint of 5.8 inches in diameter and 3 inches in height, the dish offers ample surface area for evaporation, crystallization, and a variety of other laboratory processes. The flat‑bottom design eliminates the need for a spout or lid, providing a stable platform that promotes uniform crystal formation and easy sample retrieval. Each unit is rigorously tested to endure direct flame exposure and autoclave sterilization at 121 °C, ensuring that it can be safely reused in demanding scientific environments. The clear, high‑clarity glass allows for precise visual monitoring of reactions, while the robust construction guarantees long‑term durability even under repeated cleaning cycles.

Usage

Designed for versatility, this crystallizing dish excels in a wide range of settings. In professional research laboratories, it serves as a reliable vessel for solvent evaporation, recrystallization of organic compounds, and preparation of analytical samples. Science educators appreciate its durability and safety features for classroom demonstrations, where students can observe crystal growth without the risk of glass breakage. Home hobbyists engaged in small‑scale chemistry experiments or DIY science projects also benefit from its heat‑resistant properties, allowing safe use over Bunsen burners or hot plates. The dish’s ability to withstand harsh chemicals makes it suitable for handling acids, bases, and solvents commonly encountered in analytical chemistry, environmental testing, and quality‑control laboratories. Whether used in a high‑throughput industrial setting or a modest home lab, the QWORK dish delivers consistent performance and reliable results.

Why Choose Us

QWORK is a trusted brand in scientific glassware, committed to delivering products that meet stringent industry standards. Each crystallizing dish is manufactured in a controlled environment using state‑of‑the‑art glassblowing techniques, ensuring uniform thickness and flawless surface quality. Our quality assurance program includes comprehensive inspections for dimensional accuracy, chemical resistance, and thermal durability, providing customers with confidence in every piece. We understand that reliable laboratory equipment is essential for accurate experimentation, which is why we offer a responsive customer support team ready to assist with product inquiries, technical guidance, and after‑sales service. In addition, QWORK provides a clear warranty policy that covers manufacturing defects, reinforcing our dedication to long‑term customer satisfaction. By choosing the QWORK Borosilicate Crystallizing Dish, you invest in a product that combines superior material performance with the backing of a reputable manufacturer.

Key Features

• Durable borosilicate glass resists corrosive chemicals and thermal shock up to 121 °C.
• Generous 1000 ml capacity with a compact 5.8‑inch diameter for efficient space use.
• Flat‑bottom design promotes even crystal growth and easy sample handling.
• Compatible with direct flame, hot plates, and autoclave sterilization for versatile workflows.
• Backed by QWORK’s dedicated customer support and warranty for peace of mind.

FAQ

Can this dish be used with strong acids or bases?

Yes, the borosilicate glass composition is specifically formulated to resist a wide range of aggressive chemicals, including strong acids and bases, making it safe for most laboratory applications.

Is the dish safe for autoclave sterilization?

Absolutely. The dish can be autoclaved at 121 °C without compromising its structural integrity or clarity, allowing for thorough sterilization between uses.

What is the maximum temperature the dish can withstand?

The glass can tolerate direct flame and temperatures up to approximately 300 °C, though routine use is recommended below 121 °C to preserve longevity.

Does the dish come with a lid or cover?

No, the design is intentionally lid‑free to facilitate open‑air evaporation and easy access during crystallization processes.

How should I clean the dish after use?

Rinse with deionized water and, if needed, use a mild laboratory detergent. For thorough cleaning, the dish can be placed in an autoclave or heated oven following standard glassware cleaning protocols.