UNI FILTER Universal Sock Filter U-802 – 2 x 3 1/4 inch x 8 inch

Completely washable

Economical engine protection

Allows for maximum air flow and dependability

Lets the filter bend for easy installation and movement

Sold individually

The UNI FILTER U-802 universal sock filter is designed to provide efficient filtration for a variety of applications. Constructed with durable materials, this filter is suitable for use in industrial, commercial, or residential settings where reliable particle removal is essential. Its versatile size and design ensure compatibility with multiple systems, making it an adaptable solution for enhancing equipment performance.

The filter features a length of approximately 8 inches, with a width of 3 1/4 inches and a height of 2 1/16 inches, allowing for easy installation in confined spaces. Its lightweight construction ensures straightforward handling and replacement, reducing downtime during maintenance. The sock-style design facilitates effective trapping of dirt, debris, and other particulates, helping to maintain cleaner systems and extend the lifespan of associated equipment.

Manufactured by UNI FILTER, the U-802 model emphasizes quality and reliability, ensuring consistent filtration performance. Whether used in HVAC systems, air purification units, or other machinery requiring particulate filtration, this universal sock filter offers a practical and cost-effective solution. Its universal design makes it compatible with various systems, simplifying inventory management and installation processes. Trust UNI FILTER for dependable filtration solutions that support optimal operation and maintenance of your equipment.

Features:

• Universal sock filter design for versatile application compatibility

• Dimensions approximately 8 inches in length, 3 1/4 inches wide, and 2 1/16 inches high

• Constructed with durable, high-quality materials for long-lasting performance

• Effective filtration of dirt, debris, and particulates to protect equipment

• Lightweight and easy to install or replace in confined spaces