iplusmile Glass Desiccator Jar 150mm Transparent Lab Dryer with Holder

Description

Product Overview

Designed for precision drying in scientific environments, the iplusmile glass desiccator jar combines a clear, high‑quality glass body with a compact 150 mm diameter to deliver reliable moisture control. The transparent construction allows users to monitor sample conditions without opening the container, reducing exposure to ambient humidity. Crafted from chemically resistant borosilicate glass, the jar withstands temperature fluctuations and harsh cleaning agents, ensuring long‑term durability. Its simple, round shape maximizes internal volume while occupying minimal bench space, making it an efficient choice for crowded laboratory workstations. The jar’s 22 × 20.8 cm dimensions fit standard drying racks and incubators, providing flexibility across a range of experimental setups. The integrated silicone gasket creates an airtight seal, preventing moisture ingress and maintaining a stable internal environment for extended drying periods. The clear walls enable quick visual inspection, eliminating the need for disruptive opening and closing cycles that could compromise sample integrity.

The integrated storage holder, molded from durable polycarbonate, slides snugly around the base of the jar, providing a convenient platform for organizing additional accessories such as desiccant packets, pH strips, or small tools. This holder not only stabilizes the jar during transport but also protects the glass surface from accidental knocks on the laboratory bench. Its low‑profile design ensures that the combined height remains within the clearance limits of most fume hoods and drying ovens, allowing seamless integration into existing workflows. The holder’s transparent finish matches the jar’s aesthetic, creating a cohesive visual appearance that reinforces the professional look of any lab environment. Additionally, the holder can be removed easily for cleaning, ensuring that no residue builds up over time and that the overall system remains hygienic. When paired with standard laboratory desiccants, the jar maintains a relative humidity below 5 % for weeks, making it suitable for drying hygroscopic chemicals, glassware, and electronic components. The modular nature of the holder also allows users to stack multiple jars safely, optimizing bench space without compromising stability.
Safety is a paramount consideration in any laboratory setting, and the iplusmile desiccator jar addresses this concern through its robust glass composition and thoughtful design features. The borosilicate glass is resistant to thermal shock, allowing the jar to be placed directly into ovens up to 200 °C without cracking, while still being easy to handle with its smooth, polished edges that reduce the risk of cuts. The airtight seal created by the silicone gasket eliminates the need for external clamps, simplifying operation and reducing potential points of failure. Cleaning the jar is straightforward: a simple rinse with distilled water followed by a brief soak in a mild detergent solution restores clarity, and the transparent material makes it easy to spot any residual contaminants. Because the jar is free of metal components, it does not interfere with magnetic stirrers or other equipment, preserving the integrity of sensitive experiments.
The jar measures 22 × 20.8 cm (approximately 8.66 × 8.18 × 8.18 in) and weighs 4.08 lb, making it both sizable enough to accommodate a variety of sample volumes and light enough for easy relocation. Its compact footprint occupies less than 0.1 m² of bench space, which is advantageous in laboratories where every square centimeter counts. The product is supplied with a single unit, eliminating the need for additional accessories unless the user wishes to add custom desiccant packs. The clear glass provides a visual cue for the internal humidity level, and the transparent holder further enhances visibility while protecting the jar’s base from scratches. The design complies with standard laboratory safety regulations, and the absence of electrical components ensures that the jar can be used in environments with strict electromagnetic compatibility requirements. The jar’s dimensions also align with common drying cabinets, allowing users to stack multiple units vertically without compromising airflow. Its sturdy construction ensures that the jar can endure routine handling, making it a reliable workhorse for daily laboratory operations.
Performance-wise, the iplusmile desiccator jar consistently achieves low relative humidity levels, making it suitable for drying hygroscopic chemicals, glassware, and electronic components that require moisture‑free conditions. Its popularity is reflected in its Amazon Best Sellers Rank of #19 within the Lab Drying Jars category, indicating strong acceptance among professionals and educators alike. The jar’s transparent design simplifies monitoring, while the included storage holder adds organizational value, reducing clutter on the workbench. Users have praised its durability and ease of use, noting the smooth glass surface that feels comfortable to handle and the reliable seal that prevents moisture ingress. Whether employed in a high‑school chemistry class, a university research laboratory, or an industrial quality‑control setting, this desiccator jar delivers consistent results, supporting reproducible experiments and reliable product testing. The jar’s compatibility with standard laboratory drying racks and its ability to operate without external power sources make it a versatile tool for both stationary and field‑based applications. Its clear construction also facilitates quick visual checks, reducing downtime between experimental runs.

Usage

In routine laboratory protocols, the desiccator jar is placed on a clean bench and filled with the samples to be dried, such as powdered reagents, glass slides, or small electronic parts. After sealing the lid with the silicone gasket, the jar can be positioned inside a drying oven or left at ambient temperature, depending on the required drying rate. The transparent walls allow technicians to observe the progress without opening the container, preserving the low‑humidity environment. For experiments that demand precise moisture control, users can add silica gel packets inside the jar, which further reduces relative humidity to below 5 %. The storage holder accommodates these packets neatly, keeping the interior uncluttered and ensuring uniform airflow around the samples. When higher temperatures are required, the jar tolerates heating up to 200 °C, allowing rapid drying of moisture‑sensitive materials without compromising the integrity of the glass. After the drying cycle, the jar can be removed, and the samples retrieved with minimal handling, preserving sample purity.
In educational settings, the clear desiccator jar serves as an excellent teaching tool for demonstrating principles of hygroscopy, evaporation, and moisture control. High‑school chemistry classes can use the jar to dry precipitates after filtration, allowing students to observe the weight change before and after drying, reinforcing concepts of mass balance. The transparent design enables instructors to show the interior conditions in real time, fostering engagement and curiosity. Moreover, the included storage holder can be used to organize multiple desiccant packets, illustrating how different drying agents affect humidity levels. Because the jar is free of hazardous materials and does not require electricity, it complies with safety guidelines for classroom labs, making it a low‑risk yet highly effective piece of equipment for hands‑on experiments. Students can also experiment with varying the number of silica gel packets to see the impact on drying speed, providing a practical lesson in experimental design and data analysis. The jar’s durability ensures it can withstand repeated use throughout an academic year, offering long‑term value for school budgets.
In industrial environments, maintaining low humidity is critical for processes such as semiconductor fabrication, pharmaceutical manufacturing, and precision machining. The iplusmile desiccator jar provides a compact, non‑electric solution for drying small batches of components, tools, or raw materials that must remain moisture‑free before further processing. Its ability to achieve relative humidity levels below 5 % aligns with stringent industry standards, reducing the risk of corrosion, contamination, or product degradation. The jar can be placed on cleanroom benches or inside temperature‑controlled cabinets, and its transparent walls allow quality‑control personnel to verify that the interior environment remains stable throughout the drying cycle. Additionally, the robust glass construction resists chemical attack from solvents commonly used in industrial cleaning, extending the jar’s service life and minimizing replacement costs. The jar’s simple design eliminates the need for calibration, and its compatibility with standard laboratory racks enables seamless integration into existing workflow stations. For batch processes that require rapid turnover, multiple jars can be stacked and monitored simultaneously, improving efficiency while maintaining consistent drying conditions across all samples.

Why Choose Us

Choosing the iplusmile desiccator jar means selecting a product built on a foundation of rigorous quality control and material science expertise. The glass is sourced from reputable manufacturers that specialize in high‑purity borosilicate, ensuring resistance to thermal shock and chemical corrosion. Each jar undergoes a multi‑stage inspection process, including visual checks for imperfections, dimensional verification, and leak testing of the silicone gasket. This meticulous approach guarantees that every unit meets the exacting standards required by research laboratories and industrial facilities. By investing in a product that prioritizes durability and performance, customers reduce downtime caused by equipment failure and benefit from consistent drying results over the long term. The jar’s clear construction also facilitates visual monitoring, allowing users to quickly assess sample condition without interrupting the drying environment, which is especially valuable in time‑sensitive experiments. Furthermore, the inclusion of a reusable storage holder reduces the need for additional accessories, delivering cost savings and simplifying inventory management for busy laboratories.
iplusmile stands behind its products with a responsive customer service team that offers technical assistance, replacement parts, and warranty support. Should a user encounter any issue with the silicone gasket seal or notice a defect in the glass, the company provides a straightforward return process within the standard 30‑day window, ensuring minimal disruption to laboratory schedules. In addition, detailed user manuals and online resources are available, guiding customers through best practices for drying, cleaning, and maintaining the jar for optimal performance. The brand’s commitment to continuous improvement is reflected in regular updates to product design based on user feedback, reinforcing confidence that the desiccator will evolve alongside emerging laboratory needs. Customers can also access a dedicated hotline for urgent queries, and the company offers optional calibration services for labs that require certified humidity control, further extending the value proposition of the product. Feedback loops ensure that any recurring concerns are addressed in future production runs, demonstrating a proactive approach to quality assurance.
The iplusmile desiccator jar distinguishes itself from competing products through its combination of transparent design, integrated storage holder, and high‑grade borosilicate glass, delivering a level of convenience rarely found in standard laboratory glassware. While many desiccators rely on opaque containers that obscure sample visibility, this model’s clear walls enable real‑time observation, reducing the need for frequent opening and re‑sealing. The included holder not only secures the jar but also provides a dedicated space for desiccant packs, eliminating the clutter of separate accessories. Moreover, the jar’s compact footprint and lightweight construction allow it to be used in a variety of settings, from benchtop drying racks to portable field kits, without sacrificing performance. This versatility, coupled with the brand’s reputation for durability, makes the product a cost‑effective solution for institutions seeking reliable moisture‑control equipment without compromising on functionality. The jar’s ability to maintain low humidity without external power also makes it an eco‑friendly choice, aligning with sustainability goals in modern laboratories.

Key Features

• Transparent glass allows visual monitoring without opening, preserving low humidity, reducing sample disturbance, and enabling quick assessment of drying progress, which saves time and maintains sample integrity.
• High‑grade borosilicate glass resists thermal shock and aggressive chemicals, delivering long‑term durability for demanding laboratory use and ensuring the jar remains intact through repeated heating cycles.
• Integrated polycarbonate storage holder organizes desiccant packs, protects the jar base from scratches, and simplifies handling during transport, providing a tidy workspace and reducing the risk of accidental damage.
• Compact 150 mm diameter fits standard drying racks and cabinets, maximizing bench space while maintaining effective airflow, and allowing multiple units to be stacked for high‑throughput drying operations.
• Easy cleaning and reliable silicone gasket seal ensure consistent performance, low maintenance, and a secure airtight environment throughout the product’s lifespan, giving users confidence in repeatable drying results.

FAQ

Can the desiccator jar be used with standard silica gel packets?

Yes, the jar is designed to accommodate standard silica gel packets or other desiccant materials. Users can place the packets directly inside the jar or within the integrated storage holder, which provides a dedicated compartment for the desiccants. This flexibility allows you to adjust the drying environment to achieve the desired humidity level, typically below 5 % when using sufficient desiccant quantity. The transparent walls let you monitor the condition of the packets and replace them as needed without opening the jar.

What temperature range can the jar withstand?

The iplusmile desiccator jar is made from high‑grade borosilicate glass, which tolerates temperatures up to 200 °C without cracking or losing structural integrity. This capability enables rapid drying of moisture‑sensitive samples and allows the jar to be placed in conventional drying ovens, hot plates, or incubators. For ambient‑temperature drying, the jar can be used at room temperature indefinitely, providing a versatile solution for a wide range of laboratory protocols.

How do I clean and maintain the silicone gasket?

To keep the silicone gasket in optimal condition, rinse it with distilled water after each use and gently wipe it with a soft cloth. For stubborn residues, a mild detergent solution can be used, followed by a thorough rinse to remove any soap film. Allow the gasket to air‑dry completely before resealing the jar. Periodically inspect the gasket for signs of wear or deformation; if the seal no longer provides an airtight closure, replace the gasket with a new one supplied by the manufacturer.

Is the storage holder compatible with other jar sizes?

The storage holder included with the iplusmile desiccator jar is specifically sized for the 150 mm diameter model. While it may fit other jars of similar dimensions, it is not guaranteed to provide a secure fit for significantly larger or smaller containers. For best results and to maintain the airtight seal, we recommend using the holder only with the designated jar model. If you require storage solutions for different jar sizes, additional accessories are available from the manufacturer.