Evo Replaceable Charcoal Filter (13-0230-EVT)

Maintaining clean air in your commercial kitchen is critical for both compliance and comfort, which is why the Evo 13-0230-EVT replaceable charcoal filter is an essential upgrade for any restaurant using downdraft ventilation systems. Designed to fit five Evo models—including the 10-0135-EVT, 10-0148-EVT, EVENT 35E, EVENT 48E, and EVENT SERIES—this filter effectively reduces allergens and volatile organic compounds (VOCs), improving air quality and creating a healthier workspace for your staff and customers. Regular replacement every 3 to 6 months ensures peak performance, preventing buildup that can degrade air filtration efficiency. For commercial kitchens prioritizing hygiene, ventilation, and compliance, this filter is a straightforward yet impactful solution. This disposable charcoal filter is engineered specifically for Evo’s downdraft cooking stations, making it a seamless replacement for restaurants that rely on these high-efficiency ventilation systems. Its precise dimensions (13 11⁄20" x 13 2⁄5" x 1 7⁄20") ensure a perfect fit, eliminating the risk of misalignment or gaps that could compromise filtration. Whether you're running a fast-casual chain, a full-service restaurant, or a catering kitchen, maintaining your downdraft system with high-quality filters like this one is a smart investment in air quality and equipment longevity. Order yours today and take a proactive step toward a cleaner, more compliant kitchen environment. For businesses in the restaurant and hospitality industry, choosing the right parts is just as important as the equipment itself. The Evo 13-0230-EVT charcoal filter is built to deliver consistent performance, reducing the need for frequent checks or replacements. Its lightweight design (0.58 lbs) also simplifies inventory management, making it easy to stock and replace as needed. Don’t let poor air quality or outdated filters affect your kitchen’s efficiency—upgrade to this reliable, high-performance solution and experience the difference in air clarity and system effectiveness.