The JB Prince M370 H Demarle Flexipan® Mold is a professional-grade flexible silicone baking mold designed for commercial culinary applications. Measuring 23 inches in length by 15 inches in width, this mold features fifteen individual Florentine-shaped cavities, each with a diameter of 3-9/16 inches and a height of 5/16 inch, capable of holding 2 ounces per cavity. Crafted from high-quality, non-stick silicone, it provides exceptional heat resistance from -40°F up to 536°F, suitable for sous-vide, oven, and freezer use. This versatile mold is ideal for pastry chefs, bakeries, and foodservice operations seeking consistent, easily release bakeware with superior durability and thermal stability for high-volume production. Its easy-to-clean, flexible design simplifies workflow and minimizes product loss on removal of baked goods or confections.
Top JB Prince M370 H Features
This JB Prince Flexipan® mold offers high thermal tolerance, flexible silicone construction for effortless release, and uniform cavity dimensions to ensure consistent baking results. Its durable silicone material withstands repeated use in demanding environments, facilitating quick turnover. Designed for ease of cleaning and minimal maintenance, it seamlessly integrates into baking and dessert production workflows. The mold's precise cavity size supports standardized portion control, optimizing throughput in commercial kitchens and pastry shops.
- Temperature Range: -40°F to 536°F for versatile oven, freezer, and sous-vide use
- Flexible Silicone Material: Ensures easy release and prolonged durability
- 15 Cavity Florentine Design: Supports consistent baking and presentation
- Non-stick Surface: Minimizes baked goods sticking, reducing waste
- High-Volume Capacity: Suitable for bakeries and foodservice operations
Designed for high-volume pastry production or dessert plating applications.
M370 H Technical Specs
The JB Prince M370 H Demarle Flexipan® Mold is engineered for rigorous commercial use, featuring a resilient black silicone construction that withstands temperatures from -40°F to 536°F, facilitating use in ovens, blasts, and freezers. Its lightweight design, weighing just 1 lb, allows for efficient handling in busy kitchens. The mold's dimensions—23" in length and 15" in width—support standard countertop and oven configurations, with a thickness optimized for flexibility and durability. With a straightforward cleaning process, it is compatible with dishwasher cleaning routines, and its non-stick finish eliminates the need for releasing agents. The mold's capacity and cavity dimensions support precise portioning, ideal for pastry, confections, and savory baked goods.
- Dimensions: 23" L x 15" W, 3-9/16" diameter cavities
- Weight: 1 lb for ease of handling
- Material: High-temperature silicone for durability and flexibility
- Temperature Tolerance: -40°F to 536°F
- Food Safety & Cleaning: Food-grade silicone, dishwasher safe, non-stick surface
- Usage Environment: Compatible with oven, freezer, and sous-vide applications
- Electrical requirements: Not applicable; designed for heat and cold applications
- Placement: Suitable for countertop placement in commercial bakeries
- Drainage & Airflow: No drainage needed, adequate airflow around mold for cleaning
- Cleaning & Maintenance: Dishwasher safe, no abrasive tools required
- Storage: Flat stacking for space-efficient storage in commercial kitchens
- Operational Compatibility: Heat-resistant up to 536°F for oven use, freezer-ready
What is a commercial flexible silicone baking mold ?
A commercial flexible silicone baking mold is a durable, heat-resistant kitchen tool crafted from high-quality silicone designed for repeated baking, freezing, and molding applications. These molds, such as the JB Prince M370 H Demarle Flexipan® Mold, are engineered for professional food production environments like bakeries, pastry shops, and catering. Featuring precise cavity dimensions and non-stick surfaces, they enable consistent portioning and easy release of baked or molded goods, supporting high-volume, efficient workflows for pastry chefs and foodservice operators. Ideal for producing uniform confections, baked items, or savory presentations, these molds enhance operational productivity and product presentation quality.
Top flexible silicone baking molds for high-volume foodservice settings
Top commercial flexible silicone molds like the JB Prince M370 H provide durable, high-temperature resistance and precise cavity consistency, making them suitable for bakery and pastry operations requiring reliable, repeatable results. Built for medium workflow environments, they support efficient batch production of confections, baked goods, and molded culinary items in professional kitchens.
- Operation Type — suitable for bakery, pastry, and dessert stations
- Kitchen Setting — ideal for commercial bakeries and foodservice outlets
- Foodservice Category — supporting pastry mold, baking sheet, and flexible bakeware needs
- Workload Qualifier — moderate throughput for consistent product volume
- Use Case — supporting high-precision portioning and easy release of baked goods
Why Choose JB Prince M370 H Demarle Flexipan® Mold
Compared to standard baking molds, the JB Prince M370 H offers superior high-temperature tolerance, optimized cavity design, and durable, flexible silicone construction. Its NSF-listed material ensures consistent, safe food contact, while the mold’s design supports streamlined workflow with effortless release and cleaning. Its compact, lightweight form factor enhances operational efficiency in busy commercial environments, and its precise dimensions guarantee uniform product sizes, reducing waste and improving presentation quality. This model’s robust build and versatile performance distinguish it from typical silicone molds used in commercial kitchens.
- Built with high-resistance silicone supporting up to 536°F
- Precisely dimensioned cavities for consistent baking or molding
- Flexible design simplifies release and reduces product damage
- Lightweight and space-efficient for quick handling and storage
- Durable material ensures longevity in high-volume environments
