The JB Prince M372 H Demarle Flexipan® Mold is a high-performance silicone baking mold designed for professional foodservice environments. Measuring 23 inches in length and 15 inches in width, it features 24 precisely shaped fluted brioche cavities, each with a 2-11/16 inch diameter and 1-inch height, with a capacity of 2 ounces per cavity. Crafted from durable, non-stick, flexible silicone, this mold withstands temperatures from -40°F to 536°F, making it suitable for baking, freezing, and steaming processes. Its seamless, NSF-listed design ensures consistent food release and ease of cleaning, ideal for commercial baking, pastry production, and buffet presentation. Engineered for efficiency, the mold's flexibility facilitates demolding, reducing labor time and improving output quality in high-volume bakeries and pastry kitchens.
Top JB Prince M372 H Features
The JB Prince M372 H Flexipan® Mold offers precise temperature resilience, flexible yet durable silicone construction, and high-volume capacity for commercial baking workflows. Its non-stick surface ensures effortless release of baked goods, reducing waste and cleaning time. Designed for ease of maintenance, the mold’s flexible material simplifies storage and handling, fitting seamlessly into busy bakery operations that require consistent, high-quality pastry production. It is ideal for baking brioche, petits fours, or other pastry items in professional kitchens.
- Temperature range -40°F to 536°F: Ensures versatile baking and chilling applications
- Non-stick, flexible silicone material: Facilitates quick demolding and easy cleaning
- Highly durable construction: Resistant to tearing and deformation under heavy use
- 24 cavity capacity with precise dimensions: Suitable for high-volume bakery production
- Sized for commercial workflow integration: Fits standard baking trays and equipment
Ideal for professional bakers and pastry chefs focused on high-volume production of brioche and similar baked goods.
JB Prince M372 H Technical Specs
The JB Prince M372 H Flexipan® Mold is engineered from food-grade silicone capable of withstanding operating temperatures from -40°F to 536°F, supporting a variety of cooking and cooling methods. Its dimensions are 23 inches in length and 15 inches in width, with a weight of 1 pound for easy handling and storage. The mold’s seamless construction ensures uniform heat distribution and effortless food release, optimized for batch baking, freezing, and reheating processes. Its NSF compliance confirms suitability for commercial food establishments, while the flexible design allows for ergonomic use and storage. The mold’s black color reduces visibility of residue and simplifies cleaning, compatible with standard dishwashing routines. It supports high-volume applications with a capacity of 2 ounces per cavity, making it an essential tool in busy bakery and pastry kitchens.
- Electrical Requirements: Not applicable
- Construction & Finish: Food-grade silicone, black color
- Temperature Resistance: -40°F to 536°F
- Dimensions: 23" length x 15" width
- Weight: 1 lb for mold casing
- Food Safety: Silicone material is dishwasher safe and compliant with industry standards
- Capacity per cavity: 2 oz.
- Number of cavities: 24
- Engineering features: Non-stick, seamless design enhances consistent release
- Electrical Compatibility: Not applicable
- Workspace placement: Suitable for countertop or oven insertion in standard baking racks
- Cleaning routines: Dishwasher safe, quick dry for fast turnaround
- Storage: Flexible silicone allows compact stacking
- Usage scenarios: Supports baking, freezing, and reheating of pastry items
What is a commercial flexible baking mold?
A commercial flexible baking mold, such as the JB Prince M372 H Demarle Flexipan® Mold, is a professional-grade silicone mold designed for high-volume pastry, bread, or other baked goods production. Made from resilient, food-grade silicone, it endures extreme temperature ranges from -40°F up to 536°F, supporting baking, freezing, and steaming processes. These molds are installed in commercial kitchens, bakeries, or pastry stations, often used for shaping brioche, petit fours, or other delicacies with precise, uniform cavities. The JB Prince mold is particularly suited for batch production, offering consistent results with minimal sticking and quick release, enhancing workflow efficiency in mid-volume bakery operations.
Top flexible baking molds for commercial bakery environments
Top commercial flexible baking molds like the JB Prince M372 H offer durable, high-performance silicone construction, optimized for mid-volume pastry production and baking workflows. Designed for bakery and pastry kitchens, these molds support consistent, professional results for bread, brioche, and desserts with ease of demolding and efficient cleaning. The robust, food-safe materials and precise cavity dimensions make them ideal for high-volume foodservice bakery applications, supporting streamlined production and product presentation.
- Operation type — suitable for bakery and pastry kitchens
- Kitchen setting — ideal for commercial countertop baking stations
- Foodservice category — bakeries, pastry shops, catering kitchens
- Use case — baking, freezing, and finishing pastry items efficiently
Why Choose JB Prince M372 H?
Compared to similar silicone molds, the JB Prince M372 H stands out with its precise cavity dimensions, robust NSF-listed construction, and wide temperature tolerance. Its seamless design ensures reliable food release, reducing waste and cleaning time, while its durable silicone material withstands heavy-duty commercial use. This mold’s large capacity and flexible form facilitate rapid, consistent production of baked goods and desserts, making it a reliable choice for professional kitchens seeking efficiency and quality in pastry manufacturing.
- Compact footprint with 24 cavities for high-volume efficiency
- Reliable silicone resilience for repeated baking and freezing cycles
- Seamless design for consistent, release-ready pastries
- Elevated temperature resilience supports all baking needs
- High durability reduces need for frequent replacements
