The Value of FlexiCoat
Get three to four times longer life than with standard silicone glazes. Complete 800 to 1500 bake cycles, in most applications, before recoating.
Use bakeware and equipment longer and reduce or eliminate secondary release agents such as oil, silicone mats, and paper.
Decrease Cleaning Time
Enjoy minimal maintenance and cleaning.
Experience fewer work stoppages and handling errors with straightened pans.
Increase yield and reduce waste from depanning issues.
Improve Product Quality
Ensure product consistency through improved dough flow and release.
Increase Safety & Cleanliness
Create a safer environment with reduced fire hazards due to reduction or elimination of oils and grease.
Limit environmental impact by reducing scrap levels, reducing consumption of oils, and prolonging the life of your pans.
We’ve perfected the process for cleaning and recoating baking pans through 25 years serving some of the world’s largest and most demanding bakeries. Our exclusive methodology and coatings prolong pan life and restore optimal performance.
1. Straightening (Optional)
Hydraulic presses and custom-made dies remove dents and warping, restoring pans to their original shape.
A proprietary cleaning solution removes the existing coating as well as heavy greases and carbon from pans.
Pans are restored to pristine cleanliness.
Pans are dried in industrial ovens.
Pans are coated with our DuraShield coating and cured in high-temperature batch ovens.
In most cases, pans will be back in your bakery and good as new within 48 hours.
FlexiCoat Use & Care
FlexiCoat coatings have excellent non-stick properties and resistance to corrosion. However, exposure to excess heat or moisture and contact with plant equipment or practices that cause abrasion of the coating can shorten the life of your pans. Following these handling requirements will minimize the risk of damaging your pans and maximize the life of your coated pans. Neglecting to follow these guidelines will reduce the life of your pan.
Conveyors and Indexers
- Conveyor Friction – Pans should not be static on moving metal conveyors this will cause wear on the bottom of the pan and potentially weaken the pan material.
- Pan Indexers – Adjust pan indexing fingers to prevent scratching the coated surface or causing damage to the sheet, both of which will result in early coating failure. Padding the fingers with rubber will help reduce friction and wear.
- Transfer Points – Avoid pan stack transfer over uneven surfaces. Pan truck rollers or roller conveyors should be small in diameter (25 mm) and closely spaced to distribute load. Pan stack heights should be as low as practical for the bakery
Oil and Release Agents
- Use of Oil – Oil or other release agents should not be used on the pans coated with FlexiCoat. If a release agent is deemed absolutely necessary, please contact American Pan in advance for advice.
Proofer and Oven
- Operating Temperatures – FlexiCoat coating is suitable for frozen products and is well applicable on temperatures from -40° through 240° Celsius (-40° through 464° Fahrenheit). The maximum recommended peak temperature is 260° Celsius (500° Fahrenheit).
- Moisture – Coated pans should not be allowed to sit wet or be exposed to high temperature water or steam for a prolonged length of time. Exposure to too much moisture can cause the release mechanism in the coating to work improperly and cause unwanted sticking and, ultimately, premature failure of the coating.
- Empty Pans or Moulds – Empty pans should not be allowed in the oven as this can lead to a deterioration of the coating surface. If possible, shut off heat during oven stoppages to prevent long exposure to elevated temperatures.
- Oven Heat – Oven experts should check to ensure that oven heat flow is consistent throughout the oven and that there are not areas where the oven reaches temperatures above the maximum suggested for our coatings.
- Air Release – It is recommended that air nozzles or jets are used prior to the depanner with bun and roll type products. Air should be monitored to ensure it is strong enough to assist with depanning, but gentle enough not to damage the product or drive particulates into the coating.
- Vertical Depanning – For vertical depanning, adjust the depanner to lift the product out of the mould as straight as possible. Ensure that the depanner head and pan conveyer are traveling at the same speed.
- Sweep Depanning – For sweep depanning, make sure that the depanner has enough clearance from the moulds to ensure that the coating is never touched. A minimum clearance of five millimetres is suggested.
- Gentle Stacking – Plant personnel must ensure that automatic/manual stacking or manual handling operations do not damage the pans or coating. Careless stacking, dropping, or throwing of pans should be avoided. In general, always maintain slow drop speeds and minimize the drop height and angle when stacking pans.
- Magnetic Stackers – Check the adjustment of the magnetic pick up on un-stackers to ensure no force is applied to the pan as this could damage the pan material.
- Stack Heights –Pans must not be stacked too high or they could get damaged no matter if they are stacked automatically or manually. Tall pan stacks also create worker safety issues when moved on pan trucks as the pans can become unstable and fall or cause other accidents. A common guide for proper pan stack height is not more than 5 feet / 160 cm.
- Clean Before First Use – Wash and dry the pans thoroughly first use. All pans are inspected and cleaned before packaging and shipping; however, due to the time and typical manner of transit, it is recommended to clean them before first use.
- Thorough Cleaning – Incomplete cleaning allows ingredients and product to gather on the coated surface and will cause a degradation of the non-stick properties.
- Air Blowing – The safest cleaning method is “air blowing”. Make sure the air pressure is low and controlled so that it cleans the pan but does not blast seeds, crumbs, cornmeal or other particles into the pan surface.
- Brush Cleaning – If brushes are used to clean pans, soft brushes are required to avoid scratching the coating. Scratches in the coating can lead to permeation and subsequent corrosion of the substrate and loss of release properties.
- Steam Cleaning – Pans should not be washed with high pressure steam and/or chemical solutions when cleaning unless previously approved. NOTE: Coated pans should not sit wet or be exposed to steam for a prolonged period. Exposure to too much moisture can cause the release mechanism in the coating to work improperly and cause unwanted sticking, and ultimately, premature failure of the coating. Please contact American Pan in advance to get approval of the process and/or chemical solutions.
- In-Line Washer – It is possible to use detergents in low concentration if they do not contain aggressive substances. If detergents are used, the pans must be rinsed thoroughly with clean water after washing and dried completely by running through an empty in oven for 10 minutes at 150° C/300° F. NOTE: Coated pans should not sit wet or be exposed to high temperature water a prolonged period. Exposure to too much moisture can cause the release mechanism in the coating to work improperly and result in unwanted sticking and premature failure of the coating. Please contact American Pan in advance to get approval of the process and/or detergent.
- Clean Pans Before Storing – Long-term storage of pans waiting to be put back into production should be avoided without prior cleaning as deposits are harder to remove over a long period of time.
- Store Upside Down – Pans should be stored upside down unless they have been specifically designed for storage with baking surface up. Please contact American Pan if you are unsure of the best way to store your pans.
- Environment – Pans should not be stored for long periods of time in a non-controlled environment. Never store pans that are still wet. Pans that are washed or become wet should be thoroughly dried and stored in a dry location.
- Back to Production – Carriers that have been stored in a cold environment should be allowed to warm to ambient temperature before being placed on the line. Condensation on cold metal can result in sticking due to excess moisture on the coated surface.
Equipment & Services
Besides our best-in-class release coatings, Bundy Baking Solutions offers innovative horizontal mixers and dough processing equipment. In addition, whether you need start-up assistance, employee training, or want to develop a preventative maintenance program, we have you covered.