The Louis Tellier SF041 Siloconflex Mold Half Egg is a professional-grade flexible baking mold designed for precise, consistent culinary applications. Crafted from high-conductivity alimentary pure silicone, this mold ensures even heat transfer and non-stick performance. Its dimensions include five individual sections measuring 1.41 inches in height and 2.86 inches in diameter, integrated into a 7-inch by 11-3/4-inch overall sheet, making it suitable for high-volume pastry and confections production. The SF041 model caters to commercial kitchens requiring reliable, reusable silicone molds for egg-shaped confections, fondant decorations, or pastry coatings, optimizing workflow efficiency while maintaining strict food safety standards.
Top Louis Tellier SF041 Features
The Louis Tellier SF041 Siloconflex Mold offers durable construction with high-quality silicone suited for frequent commercial use. Its flexible design facilitates easy demolding, reducing breakage during handling. The product's food-grade silicone material withstands high temperatures and simplifies cleaning, enhancing sanitation protocols. Specifically designed for pastry and confectionery production lines, the mold integrates seamlessly into processes requiring precise portioning of egg-shaped items, streamlining assembly and presentation. It supports consistent output with its technical specifications of 1.41-inch height sections and 2.86-inch diameter capacity, ensuring product uniformity.
- High-performance flexible silicone construction for durable repeated use
- Designed for precise egg-shaped portions, ideal for confectionery and pastry tasks
- Non-stick, easy-release surface for rapid cleaning and reduced downtime
- Temperature resistant up to typical baking ranges, suitable for oven and freezer applications
- Dimensionally stable with five 1.41\"H x 2.86\" diameter sections for batch consistency
Suitable for producing uniform pastry components or confectionery items in commercial settings.
Louis Tellier SF041 Technical Specs
The Louis Tellier SF041 silicone mold is engineered for reliable performance in demanding foodservice environments. It features a high-conductivity alimentary pure silicone construction, capable of withstanding operating temperatures suited for baking and freezing applications. The mold measures 11.75 inches in width, 7 inches in depth, and weighs approximately 0.5 pounds, with five compartments of 1.41 inches in height and 2.86 inches in diameter. It is designed to operate optimally within standard commercial kitchen setups, offering consistent thermal distribution and easy handling. Cleaning is straightforward, requiring simple water and mild detergent, with the flexible material facilitating rapid disassembly if needed. Its red color not only enhances visibility but also aligns with common food safety color-coding practices. The mold's non-toxic, food-safe silicone ensures compliance with industry standards for food contact materials, supporting sanitation and repeat use in high-throughput environments.
- Electrical requirements: Not applicable (manual silicone mold)
- Temperature resistance: Safe from -60°F to 446°F (-51°C to 230°C)
- Construction & finish: High-conductivity alimentary pure silicone, red finish
- Dimensions: 11.75" W x 7" D x 1.41" H per section
- Weight: 0.5 lbs for the entire mold
- Production capacity: Five egg-shaped portions per cycle
- Food safety: Food-grade silicone, non-toxic, easy to clean, and reusable
- Electrical compatibility and power supplies: Not applicable
- Installation considerations: Use on stable, heat-resistant surface for baking
- Cleaning requirements: Dishwasher safe or wipe with mild detergent
- Temperature range tolerance: Suitable for oven, freezer, and refrigeration
- Workflow integration: Fits seamlessly into pastry and confectionery production lines
- Maintenance and storage: Store flat or roll for compact storage, no special maintenance needed
What is a commercial baking mold?
A commercial baking mold is a professional-grade flexible silicone or metal form used to shape, portion, and produce consistent baked or molded items in high-volume foodservice settings. The Louis Tellier SF041 Siloconflex Mold Half Egg is a versatile, food-safe silicone mold designed specifically for creating uniform egg-shaped confections, pastry components, or culinary decorations. Installed in bakery, pastry, or confectionery production lines, it provides high precision and ease of demolding, making it ideal for restaurant and bakery operations requiring efficient workflow and product consistency in medium-volume environments.
Top flexible pastry mold for medium-volume foodservice environments
Designed for medium throughput kitchens, the Louis Tellier SF041 offers high-quality, durable silicone construction with precise portioning capabilities. It is ideal for pastry and confectionery tasks, supporting reliable, consistent production. The SF041 is built for commercial bakery use, helping operators achieve uniform results while simplifying cleanup and handling.
- Medium-volume operation suitable for pastry shops and confectioneries
- Robust but flexible construction for repetitive use
- Support for precise egg-shaped portions
- Compatibility with standard oven and freezer conditions
- Optimized for streamlined workflow and high product quality
Why Choose Louis Tellier SF041
Why Choose Louis Tellier SF041 Siloconflex Half Egg Mold? Its high-conductivity, food-grade silicone ensures even baking and easy release for consistent, professional results. The durable, flexible design reduces breakage during demolding and cleaning, while its compact size optimizes production space. Built for frequent use in busy foodservice environments, it offers reliability and cost-effectiveness unmatched by standard molds.
- Self-contained, flexible silicone for repetitive use in bakeries
- Compact footprint fits seamlessly into limited workspaces
- Design optimized for egg-shaped confectionery and pastry production
- Enhanced durability for long-term commercial kitchen operation
- Supports efficient workflow with consistent batch output
