Description
Product Overview
The YANTRA Laboratory Quartz Fiber Glass Wool filter is engineered for the most demanding scientific environments where temperature, purity, and durability are non‑negotiable. Constructed from high‑purity quartz cotton, the material boasts a silica purity of 99.95% and a density of 2.2 g/cm³, delivering a combination of lightweight handling and exceptional mechanical strength. Each strand of glass wool is reinforced with fibers ranging from 4 to 10 µm in diameter, providing a fine yet robust filtration matrix that captures microscopic particulates while allowing high airflow. The filter is packaged in a convenient 1 lb (approximately 0.45 kg) bag, with dimensions of 18 × 14 × 4 inches, making it easy to store, transport, and install in a variety of laboratory filtration systems.
Designed for high‑temperature applications, the quartz fiber glass wool retains its structural integrity up to 1350 °C for prolonged periods and can withstand short‑term exposure to temperatures as high as 1700 °C. This thermal resilience is complemented by excellent chemical resistance, ensuring that the filter does not degrade when exposed to aggressive solvents, acids, or bases commonly used in analytical chemistry and materials research. The material also offers superior electrical insulation, light transmittance, and thermal shock resistance, making it a versatile choice for a broad spectrum of scientific processes.
Usage
YANTRA’s quartz fiber glass wool filter is ideal for laboratory settings that require reliable high‑temperature filtration, such as metal casting exhaust systems, high‑temperature gas sampling, and furnace off‑gas purification. It excels in analytical laboratories where precise particle capture is essential for spectroscopic analysis, chromatography, and clean‑room environments. The filter’s chemical stability makes it suitable for use in chemical synthesis labs, petrochemical testing rigs, and any application involving corrosive vapors or aerosols.
Because of its lightweight yet durable construction, the filter can be easily integrated into standard filter housings, cartridge systems, and custom‑built filtration rigs. Users can install the filter in vertical or horizontal orientations without compromising performance, thanks to its consistent fiber alignment and uniform thickness. The filter also performs well in high‑flow scenarios, maintaining low pressure drop while delivering consistent filtration efficiency across the entire surface area.
For researchers conducting high‑temperature experiments, the filter provides a safe barrier that prevents particulate contamination of downstream equipment, protecting sensitive instruments and extending their operational lifespan. In industrial research facilities, the filter helps meet environmental compliance standards by capturing hazardous particulates before they are released into the atmosphere.
Why Choose Us
Choosing YANTRA means selecting a partner with a proven track record in advanced filtration technologies. Our quartz fiber glass wool is manufactured under strict quality control protocols, ensuring each batch meets the exacting standards of purity, tensile strength, and thermal performance required by scientific professionals. The product holds a Best Sellers Rank of #53 in Glass Fiber Lab Filters, reflecting its popularity and reliability among peers.
We provide comprehensive technical support, including detailed installation guides, performance data sheets, and responsive customer service. Our commitment to after‑sales service includes a warranty that covers material defects and performance inconsistencies, giving users confidence in long‑term operation.
YANTRA’s manufacturing process incorporates natural quartz crystals and high‑purity silica, resulting in a material that is both environmentally friendly and highly effective. The filter’s design minimizes waste by offering a long service life, reducing the frequency of replacements and contributing to sustainable laboratory practices.
Key Features
- Exceptional high‑temperature resistance up to 1350 °C for continuous use
- 99.95% silica purity ensures minimal contamination of filtered media
- Fine fiber diameter (4‑10 µm) captures microscopic particles while maintaining low pressure drop
- Robust chemical resistance protects filter integrity against acids, bases, and solvents
- Comprehensive technical support and warranty for reliable after‑sales service
FAQ
What temperature range can the filter safely operate in?
The filter maintains structural stability up to 1350 °C for extended periods and can tolerate short‑term exposure to temperatures as high as 1700 °C.
Is the filter compatible with standard laboratory filter housings?
Yes, the 1 lb bag dimensions (18 × 14 × 4 inches) are designed to fit common filter cartridges and housings without modification.
How does the filter perform with corrosive chemicals?
The quartz fiber glass wool exhibits excellent chemical resistance, making it suitable for filtration of acidic, basic, and solvent‑rich streams without degradation.
What is the expected service life of the filter under continuous use?
Service life depends on operating conditions such as temperature, flow rate, and contaminant load, but the filter typically lasts several months in high‑temperature, high‑purity applications before replacement is required.
Can the filter be reused after cleaning?
While the filter can be gently cleaned to remove surface dust, it is recommended to replace it after exposure to high‑temperature or chemically aggressive environments to ensure optimal performance.
Reviews
There are no reviews yet.