Description
Product Overview
The 125ml porcelain evaporating dish from GSC International is engineered to meet the rigorous demands of modern laboratory environments. Crafted from high‑grade porcelain, each dish exhibits a uniform, dense body that minimizes liquid absorption and maximizes thermal stability. With a precise 98mm diameter and a compact 38mm height, the dish provides an optimal surface area for rapid solvent evaporation while maintaining a low profile that fits comfortably within standard laboratory equipment such as hot plates, drying ovens, and rotary evaporators. The glazed surface not only enhances chemical resistance but also allows the dish to endure temperatures up to 1050°C without deformation, making it suitable for both routine and high‑temperature applications.
Beyond its impressive thermal capabilities, the dish’s mechanical strength is noteworthy. The porcelain composition offers a robust structure that resists cracking and chipping, even when subjected to repeated handling and cleaning cycles. This durability translates into a longer service life, reducing the need for frequent replacements and contributing to cost savings over time. Additionally, the low permeability of the material ensures that volatile compounds remain contained during evaporation, improving safety and experimental accuracy.
Each package contains ten identical dishes, providing laboratories with a convenient bulk supply that supports continuous workflow. The consistent dimensions and weight—approximately three pounds per dish—facilitate easy inventory management and predictable handling characteristics. The dishes are also compatible with a wide range of laboratory accessories, including magnetic stir bars, temperature probes, and custom‑fit lids, allowing users to tailor their experimental setups without compromising performance.
GSC International, a recognized name in scientific glassware, guarantees that every dish meets stringent quality standards. The manufacturing process includes rigorous inspection for dimensional accuracy, surface finish, and thermal resistance, ensuring that each unit delivers the reliability expected by professional researchers. This commitment to quality is reflected in the product’s positive customer reviews and its ranking as a top seller in the lab evaporation dish category.
Usage
Laboratory technicians and researchers frequently employ evaporating dishes for tasks such as solvent removal, sample concentration, and residue drying. The 125ml capacity strikes a balance between volume and footprint, making it ideal for small‑scale syntheses, analytical preparations, and educational demonstrations. Its heat‑resistant porcelain construction allows the dish to be placed directly on heating mantles, hot plates, or within drying ovens, where temperatures can be precisely controlled to achieve desired evaporation rates.
In pharmaceutical development, the dish is used to concentrate reaction mixtures and isolate solid products without introducing contaminants. Environmental testing labs appreciate the dish’s low permeability, which helps contain hazardous vapors during evaporation of volatile organic compounds. The uniform surface also promotes even heat distribution, reducing the risk of localized overheating that could degrade sensitive samples.
For teaching laboratories, the clear visual cues provided by the glazed porcelain surface enable students to observe the progress of evaporation in real time, reinforcing concepts of phase change and concentration. The dish’s durability ensures that it can withstand the frequent cleaning and handling typical of instructional settings, while the pack of ten offers sufficient quantity for multiple workstations or repeated experiments.
When used in conjunction with magnetic stir bars, the dish facilitates efficient mixing during heating, accelerating solvent removal and improving reproducibility. Its compatibility with standard laboratory glassware, such as beakers and flasks, allows seamless integration into existing workflows, making it a versatile component of any lab’s toolkit.
Why Choose Us
Choosing GSC International means selecting a partner committed to scientific excellence and reliable product performance. Our evaporating dishes are manufactured under controlled conditions that prioritize material purity, dimensional consistency, and surface integrity. Each dish undergoes a multi‑stage quality assurance process, including thermal shock testing and visual inspection, to confirm that it meets the exacting standards required for high‑precision laboratory work.
We understand that laboratory operations demand both reliability and efficiency. Therefore, our dishes are designed to minimize sample loss and contamination, offering a low‑permeability barrier that safeguards volatile compounds during evaporation. The high heat tolerance up to 1050°C expands the range of applications, from routine solvent removal to high‑temperature residue analysis, providing users with a single, adaptable solution.
Our commitment to customer satisfaction extends beyond product delivery. We provide responsive technical support, detailed usage guidelines, and prompt assistance for any inquiries related to product performance or compatibility. This after‑sales service ensures that laboratories can maximize the value of their investment and maintain uninterrupted research progress.
By offering the evaporating dish in a convenient pack of ten, we help laboratories streamline inventory management and reduce per‑unit costs. This bulk packaging approach aligns with the operational needs of research institutions, teaching labs, and industrial facilities, delivering both economic and logistical advantages.
Key Features
- Robust porcelain construction provides high heat resistance up to 1050°C.
- Uniform density and low permeability ensure minimal sample loss during evaporation.
- Compact 98mm diameter offers ample surface area while fitting standard lab equipment.
- Pack of ten dishes delivers cost‑effective bulk supply for continuous workflow.
- Dedicated technical support and quality assurance from GSC International.
FAQ
What temperature range can the dish safely withstand?
The porcelain material is rated for continuous use up to 1050°C, making it suitable for high‑temperature drying, calcination, and other thermal processes commonly performed in laboratory settings.
Is the dish compatible with magnetic stir bars?
Yes, the dish’s flat bottom and heat‑resistant surface allow the use of magnetic stir bars, which enhances mixing efficiency during heating and improves evaporation rates.
Can the dish be used for both organic and aqueous solutions?
Absolutely. The glazed porcelain surface is chemically inert, providing resistance to a wide range of solvents, acids, and bases, so it works well with both organic and aqueous samples.
How should the dishes be cleaned after use?
Rinse the dish with appropriate solvents to remove residues, then wash with warm soapy water or place in a laboratory dishwasher. Avoid abrasive cleaners that could damage the glaze.
What is the benefit of purchasing a pack of ten?
Buying in a pack of ten ensures you have a ready supply for repeated experiments, reduces per‑unit cost, and simplifies inventory management, especially in busy research or teaching environments.
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