The Hobart 00-893226 Stiffener Door Plate is a high-precision OEM component designed for commercial foodservice equipment, specifically as a structural reinforcer for industrial oven or appliance doors. Manufactured by Hobart, this door stiffener plate measures 1 inch in height, width, and depth, and weighs approximately 1 pound, ensuring durability and stable performance under demanding kitchen conditions. Its robust construction enhances door integrity, preventing warping or failure during regular usage, and provides a precise fit within compatible Hobart models. Engineered to meet exacting standards, this stiffener door plate is critical for maintaining equipment longevity and operational efficiency in professional kitchens, catering operations, and food processing facilities. Suitable for technical replacement and repair, it offers a reliable solution for safeguarding door assemblies and ensuring consistent sealing performance without compromise. Its corrosion-resistant material and precise dimensions make it an essential component for maximizing the lifespan of commercial appliances requiring structural reinforcement.
Top Hobart 00-893226 Features
The Hobart 00-893226 Stiffener Door Plate offers precise dimensional compatibility, durable construction from corrosion-resistant materials, and straightforward installation for commercial kitchen repairs. It provides essential structural reinforcement for oven doors and equipment, ensuring consistent sealing and operational stability in demanding foodservice environments. Designed for ease of replacement, it minimizes downtime during maintenance or repair. Its compact form enhances workflow efficiency, fitting seamlessly into existing door assemblies to maintain equipment integrity and extend service life.
- Functionality: Reinforces oven door structure for improved durability
- Material Durability: Made from corrosion-resistant and impact-resistant materials
- Ease of Maintenance: Simple to install, replace, or inspect during routine repairs
- Application Fit: Compatible with specific Hobart commercial oven doors
- Workflow Benefit: Maintains door sealing integrity, reducing downtime and repair costs
A practical replacement part for appliance maintenance teams seeking durable, precise components.
Hobart 00-893226 Technical Specs
The Hobart 00-893226 Stiffener Door Plate is crafted from durable, corrosion-resistant material, measuring 1 inch in height, width, and depth, with a weight of 1 pound. It features standard OEM dimensions for seamless integration into compatible Hobart equipment models. No electrical components are involved, and its design emphasizes structural reinforcement and longevity in high-use commercial kitchens. Easy to install with straightforward handling, this OEM part requires minimal maintenance and is ideal for equipment repairs and upgrades. Its construction supports consistent performance under typical operating temperatures, ensuring that door assemblies maintain proper sealing, stability, and safety during continuous operation. The component is constructed with precise tolerances and features clean, finished edges for safe handling and installation. It is not hazardous or hazardous-specific, and no special cleaning procedures are necessary beyond routine inspection, fitting within standard equipment maintenance routines.
- Dimensions: 1" W x 1" D x 1" H
- Weight: 1 lb
- Material: Corrosion-resistant metal alloy
- Compatibility: Specifically designed for Hobart OEM equipment
- Installation Requirements: No electrical, straightforward replacement
- Operating Range: Suitable for typical appliance operating temperatures
What is a commercial stiffener door plate
A commercial stiffener door plate is a structural reinforcer mounted within oven or appliance doors to enhance strength and resistance to warping or damage. The Hobart 00-893226 Stiffener Door Plate functions as a critical support element, improving the longevity and sealing capacity of oven doors in foodservice settings. Typically installed in industrial appliances such as commercial ovens, it contributes to maintaining equipment integrity during repeated open-close cycles. Used in professional kitchens, bakery operations, and food processing facilities, this OEM component ensures consistent door alignment and reliable sealing performance for mid-volume foodservice operations. Its robust build and precise dimensions provide a secure fit, preventing structural failure and ensuring optimal operation over extended service periods.
Top Commercial Door Reinforcements for Foodservice Settings
Built with industrial-grade materials, the Hobart 00-893226 Stiffener Door Plate offers premium structural support for oven doors, ideal for mid-volume food production. Designed for durability and precise fit, it enhances equipment longevity and operational reliability in busy commercial kitchens.
- Operation Type — suited for equipment maintenance in commercial kitchens
- Workload Qualification — suitable for moderate throughput environments
- Kitchen Setting — installed in professional foodservice and bakery operations
- Use Case — structural reinforcement to prevent warping and damage
- Component Fit — essential OEM replacement for specific Hobart models
Why Choose Hobart 00-893226?
Why Choose Hobart 00-893226 over generic replacements? This OEM stiffener door plate is crafted with precise dimensions and corrosion-resistant materials, ensuring a perfect fit and long-lasting durability. Its robust construction supports consistent door operation, reducing downtime and maintenance frequency compared to standard aftermarket parts. Designed for seamless integration into Hobart appliances, it provides a reliable structural reinforcement that upholds sealing integrity and enhances overall appliance performance in demanding commercial environments.
- Designed specifically for Hobart appliances for perfect fit
- Manufactured from high-strength, corrosion-resistant materials
- Provides structural reinforcement to extend equipment lifespan
- Easy to install with minimal downtime in kitchen repairs
- Maintains consistent sealing and stability during operation
