The EVO 13-0220-EVT Mesh Pre-Filter Aluminum is a durable, high-performance filtration component designed by Evo America, LLC (Middleby) for commercial foodservice applications. Crafted from aluminum, this mesh pre-filter effectively captures particulate matter, protecting subsequent equipment such as griddles and cooking appliances. Its precise engineering enhances airflow and maintains optimal operational efficiency in busy kitchens, making it an essential part of maintenance routines for foodservice facilities seeking reliable filtration solutions with straightforward cleanup procedures.
Top EVO 13-0220-EVT Features
The EVO 13-0220-EVT Mesh Pre-Filter Aluminum offers a specialized filtration solution suited for commercial kitchens with medium throughput. Its aluminum mesh construction delivers high durability against frequent cleaning and operational wear. The filter’s design allows for easy removal and cleaning, ensuring consistent airflow and equipment protection. Optimized for integration with ventilation systems and cooking units, it maintains workflow efficiency by reducing maintenance downtime. Its precise mesh size ensures effective particulate exclusion in various foodservice environments, supporting cleanliness and equipment longevity.
- Optimized airflow for consistent kitchen operation
- Aluminum mesh provides high durability and corrosion resistance
- Easy-to-remove design simplifies routine cleaning and swaps
- Fits standard ventilation ductwork for seamless installation
- Supports equipment protection in busy foodservice environments
Ideal for high-traffic kitchen ventilation systems requiring reliable particulate filtration.
13-0220-EVT Technical Specs
The EVO 13-0220-EVT Mesh Pre-Filter Aluminum features a straightforward design optimized for commercial kitchens, with dimensions tailored to fit standard ventilation duct sizes. Constructed from durable aluminum, it provides excellent corrosion resistance and long-term serviceability. The filter offers a robust filtration surface with a mesh grade suited for capturing fine particulates, contributing to cleaner airflow and equipment protection. Its installation requires minimal clearance and straightforward disassembly for routine cleaning. The 13-0220-EVT model leverages a precise mesh size ensuring effective filtration with minimal airflow resistance. It is compatible with existing ventilation setups, supporting noise reduction and operating efficiency. The lightweight aluminum construction facilitates handling during maintenance, while its corrosion-resistant finish ensures longevity in humid kitchen environments. The filter's dimensions and specifications are designed to support diverse kitchen layouts, with a focus on high-traffic foodservice facilities that demand robust filtration performance without sacrificing workflow efficiency.
- Dimensions: Custom-fit for standard ventilation ducts
- Material: Aluminum with corrosion-resistant finish
- Filtration Surface: Fine mesh suited for particulate removal
- Weight: Lightweight for easy handling during maintenance
- Operational Range: Compatible with standard commercial ventilation systems
- Cleaning: Disassembly required for routine cleaning, no special tools needed
- Construction & Finish: Aluminum, corrosion-resistant finish
Electrical Compatibility: Not applicable
Installation: Fits standard ductwork with minimal clearance requirements
Maintenance: Easy removal for cleaning; supports routine sanitation protocols
Flow Rate: Maintains unobstructed airflow at specified operational parameters
Air Quality: Enhances air cleanliness and equipment protection in food prep areas
What is a commercial mesh pre-filter?
A commercial mesh pre-filter is an industrial-grade filtration component designed for installation in ventilation systems of foodservice environments. It captures airborne particulates to prevent equipment buildup and maintain air quality. The EVO 13-0220-EVT Mesh Pre-Filter Aluminum, available from Evo America, LLC (Middleby), is specifically engineered from aluminum mesh for durability and effective particulate capture, making it suitable for medium-volume kitchen operations such as restaurant ventilation, buffets, and catering kitchens. It’s best installed in ductwork ahead of cooking and exhaust equipment to optimize airflow and extend the lifespan of ventilation components, supporting efficient kitchen workflows and sanitation standards.
Top commercial filtration solutions for medium-volume foodservice environments
Designed for medium-throughput commercial kitchens, the EVO 13-0220-EVT Mesh Pre-Filter Aluminum offers precise particulate removal and durability. It facilitates efficient airflow, supporting high-performance ventilation systems in busy food prep facilities with robust construction and straightforward maintenance routines.
- Operation type — suitable for medium-volume restaurant kitchens
- Kitchen setting — optimized for busy commercial foodservice environments
- Foodservice category — ideal for ventilation filtration in institutional kitchens
- Workload qualifier — supports moderate throughputs with reliable filtration
- Use case — protects exhaust systems and prolongs equipment life
Why Choose EVO 13-0220-EVT?
Why Choose EVO 13-0220-EVT Mesh Pre-Filter Aluminum over other filtration options? Its aluminum construction delivers enhanced durability and corrosion resistance, ensuring long-term service in humid kitchen environments. The design supports quick removal and cleaning, reducing downtime, while seamlessly integrating into existing ventilation systems. Its precise mesh offers highly effective particulate capture, supporting consistent airflow and reducing maintenance costs. Overall, this model enhances operational efficiency and equipment longevity in demanding commercial culinary settings.
- Compact dimensions support easy installation in tight spaces
- All-aluminum construction ensures longevity and corrosion resistance
- Easy disassembly simplifies routine cleaning & maintenance
- Designed for seamless integration with standard ductwork
- Supports prolonged equipment operation and airflow stability
