Alfa HM3-326 Cover for Hobart D300 Mixer Replacement Parts and Accessories

The Alfa HM3-326 Cover For Hobart D300 Mixers is a durable replacement part designed specifically for commercial foodservice operations requiring high-performance mixer accessories. Engineered by Alfa International, this cover replaces OEM part numbers E-289326 and 00-437918-00006, ensuring seamless compatibility with Hobart D300 mixers. Constructed to withstand rigorous kitchen environments, it features precise dimensions and material specifications suitable for demanding workflows. This component addresses common maintenance and durability challenges, supporting optimal mixer operation and sanitation in professional kitchens. The Alfa HM3-326 enhances operational efficiency by providing a reliable, food-safe enclosure that facilitates easy cleaning and longevity.

The Alfa HM3-326 mixer cover is crafted from high-grade materials suited for commercial kitchen durability. Its precise fit supports efficient workflow in busy foodservice environments, while allowing easy access for cleaning and maintenance. Designed for compatibility with Hobart D300 mixers, it enhances operational uptime by reducing downtime from part failure. The cover's robust construction ensures longevity despite frequent handling and cleaning, making it ideal for mid-volume bakery or catering applications. Its lightweight yet reinforced design promotes swift installation and dependable performance through extensive use cases in professional kitchens.

Ideal for commercial mixers in busy food preparation areas requiring durable, easy-to-maintain covers.

The Alfa HM3-326 mixer cover is an OEM replacement constructed from impact-resistant plastic, with a weight of 8 lbs. It is designed for use with Hobart D300 mixers, ensuring exact compatibility. The cover is made from food-safe, durable materials resistant to frequent cleaning routines. Its dimensions are tailored for quick installation in high-use environments, facilitating efficient workflows in commercial bakeries and catering kitchens. The component operates effectively within standard kitchen temperature ranges and is built to withstand typical daily wear and tear. The cover’s design prioritizes sanitation, ease of disassembly, and compatibility with other mixer components, supporting seamless maintenance and consistent performance in professional culinary settings.

Electrical Requirements: Not applicable

Construction & Finish: Polyethylene polymer with smooth finish

Food Safety: Food-grade, compliant with sanitation standards

Installation & Maintenance: Tool-free disassembly supported for routine cleaning

Usage Compatibility: Suitable for busy bakery and catering applications

A commercial mixer cover is a protective, food-safe enclosure designed to sit over industrial mixers, often made from impact-resistant plastics or metals to withstand demanding kitchen environments. The Alfa HM3-326 cover specifically fits Hobart D300 mixers, providing an essential barrier for sanitation and maintenance. Used primarily in high-volume bakery, catering, or food processing operations, this cover facilitates easy cleaning, protects mixer components, and minimizes downtime. It is installed in various professional kitchens where reliable, hygienic enclosure solutions are critical for continuous operation and food safety standards. This model supports mid-volume workloads, ensuring durability and ease of use during daily production tasks.

Designed for sturdy performance in busy kitchens, Alfa HM3-326 mixer covers are built with impact-resistant material and precise fit for Hobart D300 models, ideal for continuous food production. Alfa International HM3-326 is crafted for durable, hygienic containment, supporting high operational uptime.

Why Choose Alfa HM3-326 over other mixer covers? This model offers a precise, impact-resistant design that ensures longevity in busy commercial kitchens. It maintains focus on sanitation, quick disassembly for cleaning, and reliable OEM compatibility, enhancing workflow efficiency and reducing downtime compared to generic alternatives.