GE Bio Sciences Microfiber Filter 1827-110, 110 mm Circle, Grade

Description

Product Overview

The GE Bio Sciences 1827-110 microfiber paper filter is engineered to meet the demanding standards of modern laboratory environments. Constructed from high‑quality binder‑free grade 934‑AH paper, each circular sheet measures precisely 110 mm in diameter, providing a consistent surface area for reliable filtration performance. The filter’s fine capillary network is designed to capture microscopic particles while allowing rapid fluid flow, making it suitable for a wide range of analytical applications.

Manufactured by GE Healthcare Bio‑Sciences Corp., this product benefits from decades of expertise in bioprocessing and filtration technology. The paper’s unique composition offers superior tensile strength and chemical resistance, ensuring that the filter maintains its integrity even when exposed to aggressive solvents or high‑temperature conditions. Packaged in a compact 10 × 10 × 10‑inch box, the set of 100 filters is lightweight at just 3.2 ounces, facilitating easy storage and handling in busy lab settings.

Key specifications include a model number of 1827-110, a best‑sellers rank of #25 in Glass Fiber Lab Filters, and compliance with United States municipal landfill disposal regulations for hazardous waste. The filter’s transparent nature after processing allows for direct microscopic observation without the need for additional mounting media, streamlining workflow and reducing consumable costs.

Designed for versatility, the filter can be employed in both routine sample preparation and specialized protocols that require high‑resolution imaging. Its ability to absorb significantly larger quantities of water compared to equivalent cellulose filters translates into reduced processing times and higher throughput for laboratories handling large sample volumes.

Overall, the GE Bio Sciences 1827-110 microfiber filter combines durability, precision, and ease of use, delivering a dependable solution for researchers who demand consistent results across a variety of experimental conditions.

Usage

These filters excel in applications ranging from cell culture media clarification to the removal of particulate contaminants in chemical synthesis. Their 110 mm circular format fits standard laboratory filtration apparatus, including vacuum manifolds and gravity‑driven filter holders, allowing seamless integration into existing workflows.

In hazardous waste management, the binder‑free grade 934‑AH paper provides a safe medium for the containment and disposal of potentially dangerous residues. Laboratories can confidently use the filters to separate solid waste from liquid streams before transferring the waste to municipal landfill facilities, meeting regulatory requirements for environmental safety.

For microscopic analysis, the filter’s transparent properties enable direct observation of retained particles under bright‑field or fluorescence microscopy. Researchers can examine filter surfaces without the need for additional slide preparation, preserving sample integrity and reducing preparation time.

When processing large volumes of aqueous solutions, the filter’s high absorption capacity minimizes the need for frequent filter changes, enhancing operational efficiency. Its robust construction also tolerates repeated use in high‑throughput settings, making it a cost‑effective choice for busy laboratories.

Whether employed in academic research, pharmaceutical development, or industrial quality control, the GE Bio Sciences microfiber filter offers reliable performance that adapts to diverse experimental demands.

Why Choose Us

Choosing GE Bio Sciences means selecting a brand with a legacy of scientific innovation and quality assurance. Each filter undergoes rigorous testing to verify pore uniformity, tensile strength, and chemical compatibility, ensuring that users receive a product that meets exacting standards.

Our commitment to sustainability is reflected in the filter’s design, which facilitates safe disposal of hazardous waste while minimizing environmental impact. The binder‑free composition reduces the introduction of extraneous chemicals into samples, preserving the purity of downstream analyses.

Customer support is a cornerstone of our service model. Our technical assistance team is available to guide users through optimal filter selection, troubleshooting, and protocol development, providing personalized solutions that enhance laboratory productivity.

We also offer comprehensive documentation, including detailed specifications, handling instructions, and safety data sheets, empowering users to make informed decisions and maintain compliance with institutional guidelines.

By partnering with GE Bio Sciences, laboratories gain access to a trusted product line backed by a global network of experts dedicated to advancing scientific discovery.

Key Features

• Binder‑free grade 934‑AH paper provides high chemical resistance and purity.
• Precise 110 mm circular size fits standard filtration equipment for easy integration.
• Fine capillary structure captures microscopic particles while allowing rapid fluid flow.
• Transparent after use enables direct microscopic examination without additional preparation.
• Dedicated customer support and detailed documentation ensure reliable after‑sales service.

FAQ

What types of samples can I filter with the 1827-110 microfiber filter?

The filter is suitable for aqueous solutions, cell culture media, chemical reagents, and hazardous waste streams. Its high absorption capacity and chemical resistance make it ideal for both routine filtrations and specialized protocols that require clear visualization of retained particles.

Can the filter be used for microscopic analysis directly after filtration?

Yes. The binder‑free grade 934‑AH paper becomes transparent after filtration, allowing researchers to examine retained particles directly under a microscope. This eliminates the need for additional slide preparation steps, saving time and preserving sample integrity.

How should I dispose of used filters that have captured hazardous waste?

Used filters should be placed in a sealed, labeled container and disposed of according to local regulations for hazardous waste. The binder‑free composition is designed to be compatible with municipal landfill disposal procedures in the United States, ensuring safe and compliant waste management.

What is the recommended storage condition for the filters to maintain performance?

Store the filters in a cool, dry environment away from direct sunlight and strong chemicals. The original packaging protects the filters from moisture and contaminants, preserving their structural integrity until use.

Do you offer bulk pricing or custom packaging for large orders?

Yes, GE Bio Sciences provides volume discounts and can accommodate custom packaging requirements for large‑scale purchases. Contact our sales team to discuss your specific needs and receive a tailored quotation.