bakery_release_index

No matter what you and your bakers may be preparing for the oven,
HighDensity3
baking pans & trays can solve your "food sticking" problems.
And in many cases also add tens of thousands of dollars to your bottom line.

_____________________________

Keep your old baking pans & baking trays.
Turn them into HighDensity3 commercial bakeware.

HighDensity3 commercial bakeware utilizes third generation release technology to  significantly outperform silicone, pan-oil, and most "non-stick"-type release products. Bakeries using silicone glazing/pan oil technology can now eliminate the use of costly, environmental- and health-unfriendly release oils. Doing so not only reduces to zero the pan oil "purchase", "cleanup", and "environment" costs, it provides an even greater savings by extending the number of "bake & release" cycles that pans & trays can complete prior to the need for servicing or replacement. Bakeries now utilizing most "non-stick" release products can also achieve significant savings as a result of the extended number of "bake & release" cycles associated with HighDensity3 maximum release commercial bakeware.

We can turn the new pans & trays you send us into HighDensity3 bakeware. And we can also remove glazing or coatings from your already-used pans & trays --- and transform those pans & trays into HighDensity3  bakeware as well.

For many commercial bakeries,
HighDensity
3 maximum release bakeware can...

1.  Eliminate the need for expensive release oils
2. Provide workers with a cleaner, safer work environment
3. Increase production yields by reducing the number of rejected products
4. Improve productivity of bakers & other employees
5. Reduce operating costs

three Generations of release technologies: 1950; 1960; 2010

First Generation: 1950's

Silicone-glazing &
supplemental release oils


Bakeware is coated with
silicon resins.  In most cases, "release oil" or "pan oil" is applied to the silicone resins in the bakery before each bake cycle
in order to improve release performance and extend the useful life of the silicone coating.
Second generation: 1960's

Many Teflon®-type
bakery release products


A "Non-stick" bakery release coating developed by DuPont is applied to bakeware and marketed under the brand names Teflon® and Silverstone®. These products are often used with or without pan oils.
Third generation: 2010

High Density Release Technology (HDRT)

HighDensity3 is HDRT-compliant bakeware which features a higher density coating than many "non-stick" products and significantly improves product release in the hot, humid environment of a bakery. No pan oil is used.
bakery_release_measure

"For the best results, I always measure
every ingredient very carefully."

There are many factors to consider (and measure) while determining the optimal bakery release method for your baking operations. By carefully measuring ALL of the costs associated with "bakery release", many bakeries have discovered an opportunity to reduce their operating costs by tens of thousands of dollars. 

To help you measure the actual total cost of your bakery release processes (there are factors you may not have considered)--and to insure that your bakery operation is not throwing away thousands of dollars every year--we offer a free Release Cost Reduction [RCR] analysis.

 

 

 

 

 

 

To help you measure your bakery's actual release costs -- and to insure that your bakery operation is not unknowingly throwing away thousands of dollars every year -- we offer a free Release Cost Reduction analysis.








 




 

HighDensity3
bakery release applications:

 Bread Straps

Broiler Pans

Bun Pans

Burner Bowls

Cake Depanning

High Sugar & Fruit Products

Muffin Pans

Pizza Pans

Proofing Trays

Sheet Pans

Sponge Cake Products

Waffle Grids

White, brown, & wholemeal products

Other
food release molds

Release Cost Reduction
[RCR] analysis and no-risk
Proof of Concept [POC]
testing program


706-272-0133



newsletter

 

Copyright 2010  Secoa Technology. All rights reserved   ɩ   Privacy Policy   ɩ   Terms of Use   ɩ