Description

Specifications Table

Product Name – Silver gauze, 80 mesh woven from 0.115mm (0.0045in) dia wire, 99.9% (metals basis)

Quantity/Pack Size – 150x150mm, 300x300mm, 75x75mm, 25x25mm

Form – Woven mesh

Grade – 99.9% (metals basis)

Application – Filtration, catalysis, thermal conductivity

Product Overview

This high-purity silver gauze, woven from 0.115mm diameter wire in an 80 mesh configuration, delivers exceptional performance for demanding laboratory applications. The 99.9% silver composition ensures superior chemical resistance, making it ideal for filtration processes where contamination must be minimized. Its uniform weave structure provides consistent porosity, enabling precise separation of particles while maintaining high flow rates. The gauze’s excellent thermal conductivity properties make it suitable for applications requiring heat distribution or dissipation. Each sheet maintains dimensional stability even under thermal stress, ensuring reliable performance across multiple uses. The material’s inert nature prevents unwanted reactions with most chemicals, preserving sample integrity. Available in multiple standard sizes, this silver gauze offers versatility for various experimental setups while maintaining consistent quality across all dimensions.

FAQs

1. What is the wire diameter used in this silver gauze?

The gauze is woven from 0.115mm (0.0045 inch) diameter silver wire, providing optimal strength and porosity for laboratory applications.

2. How does the 80 mesh specification affect filtration performance?

The 80 mesh specification indicates approximately 80 openings per linear inch, balancing fine particle retention with adequate flow rates for most lab filtration needs.

3. Can this silver gauze be reused after cleaning?

Yes, the high-purity silver composition allows for multiple uses when properly cleaned and handled, maintaining its filtration properties over time.

4. What cleaning methods are recommended for this gauze?

Gentle rinsing with deionized water followed by air drying is typically sufficient, though specific cleaning protocols may vary based on the substances filtered.