the following examples set forth preferred methods in accordance with the invention . it is to be understood , however , that these examples are provided by way of illustration and nothing therein should be taken as a limitation upon the overall scope of the invention . a chocolate - flavored coating was applied to a dry , roasted whole almond . the percentages by weight of the ingredients in the coated almonds are set forth in table 1 . the chocolate - flavored coating was prepared by using 5 - roll , chocolate refining technology to finely grind a blend of sucrose , nonfat milk powder , cocoa powder , fractionated palm kernel oil ( 35 % of total used ), and lecithin ( 50 % of total used ). a portion ( 40 % of the total used ) of the fractionated oil was added to the refined powders , and the mixture was mixed in a warm , jacketed vessel until a thick paste formed . the remaining lecithin was added to the vessel , and the product was standardized to a viscosity of 4 , 000 centipoise at 120 ° f . with the remaining fractionated oil . typically , this viscosity will be from about 1 , 500 to about 12 , 000 , and more preferably from about 3 , 000 to about 10 , 000 centipoise at 120 ° f . flavor was added to the system at this point to create a vanilla or chocolate top note . using a ribbon blender , a fine ( 12 ×), powdered sugar and finely ground dextrose were blended together with cocoa powder to produce dust blend # 1 . dust blend # 2 included only cocoa powder . the coating process was carried out by adding the dry roasted whole almonds to a coating pan rotating at a speed of about 20 rpm . this pan should rotated at a speed of from about 5 - 30 rpm , and more preferably about 20 rpm . once the almonds were in the pan , the liquid coating was applied through an atomizing spray nozzle . the coating was applied for 1 minute prior to adding dust blend # 1 to the system . dust blend # 1 was added continuously and simultaneous to the coating application . the whole process lasted about 15 minutes , and dust blend # 1 was completely added before all of the liquid coating was sprayed into the system . this process was carried out at a temperature of about 80 ° f . after the application of the liquid coating and dust blend # 1 , hot air ( about 140 ° f .) was added to the system at a rate of about 1 , 000 ft 3 / min . when the bed of the product was about 95 ° f . ( typically anywhere from about 85 - 95 ° f . ), the product lost its dusty appearance and began to resemble a fat - coated confection . during the heating step , dust blend # 2 ( cocoa powder ) was added to the rotating pan . the powder adhered to the surface of the coated almond , giving a pleasing chocolate hue to the product . a gum arable solution can also be added after cooling to give the outer surface a shiny appearance , and a small amount of shellac or confectioner &# 39 ; s glaze can be added to protect the gum solution . a yogurt - flavored coating was applied to a cereal - based hake . the percentages by weight of the ingredients in the coated flakes are set forth in table 2 . a yogurt coating was first prepared using 5 - roll chocolate refining technology to finely grind a blend of sucrose , yogurt powder , nonfat milk powder , lactic acid powder , fractionated palm kernel oil ( 35 % of the total used ), and lecithin ( 50 % of total used ). a portion ( 40 % of the total used ) of the fractionated oil was added to the refined powders , and the mixture was mixed in a warm , jacketed vessel until a thick paste formed . the remaining lecithin was then added to the vessel , and the product was standardized to a viscosity of 4 , 000 centipoise at 120 ° f . with the remaining fractionated oil . flavor was added to the system at this point to create a vanilla top note . using a ribbon blender , a line ( 12 ×), powdered sugar , finely ground dextrose , and spray - dried yogurt powder were blended together to produce the dust blend . the coating process was commenced by adding the cereal flake to a coating pan rotating at a speed of about 18 rpm . once the flakes were in the pan , the liquid coating was applied through an atomizing spray nozzle . the coating was applied for 1 minute prior to adding the dust blend to the system . the dust blend was added continuously and simultaneous to the liquid coating application to the ( lakes . the whole process took about 12 minutes to complete , and the dust blend was completely added before all the liquid coating was sprayed into the system . the process temperature was about 75 ° f . after the application of the liquid coating and the dust blend , hot air ( about 135 ° f .) was added to the system at a rate of about 1 , 100 ft 3 / min . when the bed of the product reached about 95 ° f ., the product lost its dusty appearance and began to resemble a fat coated confection . the process should be completed as rapidly as possible to minimize the breakage of the flakes . a chocolate - flavored coating was applied to an oat - based cereal ring . the percentages by weight of the ingredients in the coated rings are set forth in fable 3 . chocolate refining technology ( 5 - roll refiners ) was used to finely grind a blend of sucrose , nonfat milk powder , cocoa powder , fractionated palm kernel oil ( 35 % of the total used ), and lecithin ( 50 % of total used ). a portion ( 40 % by weight of the total used ) of the fractionated oil was added to the refined powders , and the mixture was mixed in a warm jacketed vessel until a thick paste formed . the remaining lecithin was added to the vessel , and the product was standardized to a viscosity of 4 , 500 centipoise at 120 ° f . with the remaining fractionated oil . flavor was added to the system at this point to create a vanilla or chocolate top note . using a ribbon blender , a fine ( 12 ×), powdered sugar and finely ground dextrose were blended together with cocoa powder to produce the dust blend # 1 . dust blend # 2 included only cocoa powder . the coating process was carried out by adding the oat cereal rings to a coating pan rotating at a speed of about 20 rpm . once the oat rings were in the pan , the liquid coating was applied through an atomizing spray nozzle . after 1 minute of coating application , dust blend # 1 was added continuously and simultaneous to the liquid coating application to the rings . the entire process lasted about 15 minutes , and the dust blend # 1 was completely added before all of the liquid coating was sprayed into the system . the application process was carried out at a temperature of about 75 ° f ., after which hot air ( 135 ° f .) was added to the system at a rate of about 1 , 200 ft 3 / min . when the bed of the product was about 93 ° f ., it began to lose its dusty appearance and resembled a fat - coated confection . during the heating step , the second dry blend of cocoa powder was added to the rotating pan . the powder adhered to the surface of the coated ring , giving a pleasing chocolate hue to the product . after cooling of this product , a gum arabic solution can be added to give the outer surface a shiny appearance , and a small amount of shellac or confectioner &# 39 ; s glaze can added to protect the gum solution . in this procedure , a raspberry yogurt - flavored coating was applied to an expanded cereal piece . the percentages by weight of the ingredients in the coated pieces are set forth in table 4 . the raspberry yogurt coating was first prepared by using 5 - roll chocolate refining technology to finely grind a blend of sucrose , yogurt powder , nonfat milk powder , lactic acid powder , citric acid powder , malic acid powder , dried fruit powder , fractionated palm kernel oil ( 35 % of the total used ), and lecithin ( 50 % of total used ). a portion ( 40 % of the total used ) of the fractionated oil was added to the refined powders , and the mixture was mixed in a warm , jacketed vessel until a thick paste formed . the remaining lecithin was added to the vessel , and the product was standardized to a viscosity of 4 , 000 centipoise at 120 ° f . with the remaining fractionated oil . flavor was added to the system at this point to create a berry top note . refining the dried fruit powder into the coating not only enhances the color , but also provides a nice , natural fruit flavor to the coating . using a ribbon blender , a line ( 12 ×), powdered sugar and finely ground dextrose were blended together to produce dust blend # 1 . dust blend # 2 was made by blending various freeze - dried and drum - dried fruit powders together in another ribbon blender . the coating process was carried out by adding the expanded cereal pieces to a coating pan rotating at a speed of about 20 rpm . once the cereal pieces were in the pan , the liquid coating was applied through an atomizing spray nozzle . the coating was applied for about 1 minute prior to adding dust blend # 1 to the system . dust blend # 1 was added continuously and simultaneous to the liquid coating of the pieces . the whole process took about 10 - 15 minutes to complete , and dust blend # 1 was completely added before all of the liquid coating was sprayed into the system . in this example , the application steps were carried out at a temperature of about 75 ° f . after the application of the liquid coating and dust blend # 1 , hot air ( 140 ° f .) was added to the system at an air flow rate was 1 , 200 ft 3 / min . when the bed of the product achieved a temperature of between about 85 ° f . and about 95 ° f ., the product lost its dusty appearance and began to resemble a fat - coated confection . during and after the heating step , dust blend # 2 was added to the rotating pan . the powder adhered to the surface of the coated piece , thus giving a pleasing raspberry hue to the product . a cheese - flavored coating was applied to a pretzel piece . the percentages by weight of the ingredients in the coated pretzels are set forth in fable 5 . the cheese - flavored coating was prepared by using 5 - roll chocolate refining technology to finely grind a blend of spray - dried cheese powder , nonfat milk powder , maltodextrin , fractionated palm kernel oil ( 30 % of the total used ), and lecithin ( 50 %& gt ; of total used ). a portion ( 40 % of the total used ) of the fractionated oil was added to the refined powders and mixed in a warm , jacketed vessel until a thick paste formed . the remaining lecithin was added to the vessel , and the product was standardized to a viscosity of 5 , 000 centipoise at 120 ° f . with the remaining fractionated oil . flavor was added to the system at this point to create a cheddar cheese top note . using a ribbon blender , a line , spray - dried cheese powder and finely ground dextrose were blended together to produce the dust blend . the coating process was carried out by adding the pretzel pieces to a coating pan rotating at a speed of about 17 rpm . once the pretzel pieces were in the pan , the liquid coating was applied through an atomizing spray nozzle . the liquid coating was applied for 1 minute prior to adding the dust blend to the system . the dust blend was then added continuously and simultaneous to the liquid coating application . the dust blend was completely added before all of the liquid coating was sprayed into the system . the coating process was carried out at a temperature of about 75 ° f . after the application of the coating and the dust blend , hot air ( 135 ° f .) was added to the system at a rate of about 1 , 200 ft 3 / min . when the bed of the product reached a temperature of about 95 ° f ., the product lost its dusty appearance and began to resemble a fat - coated confection . in this procedure , an unrefined , mixed berry - flavored coating was applied to an expanded cereal piece . the percentages by weight of the ingredients in the coated pieces are set forth in table 6 . the berry - flavored coating was prepared by blending finely powdered sucrose , nonfat milk powder , and the freeze - dried berry powders . a portion ( 50 % of the total used ) of the fractionated oil was added to the powders , and the mixture was mixed in a warm , jacketed vessel until a thick paste formed . lecithin was added to the vessel , and the product was standardized to a viscosity of 4 , 000 centipoise at 120 ° f . with the remaining fractionated oil . flavor was added to the system at this point to create a vanilla or berry top note . using a ribbon blender , a fine ( 12 ×), powdered sugar and finely ground dextrose were blended together with freeze - or drum - dried fruit powder to produce the dust blend # 1 . dust blend # 2 comprised fruit powders only , and these powders were mixed in a ribbon blender to form dust blend # 2 . the coating process was carried out by adding the expanded cereal pieces to a coating pan rotating at 20 rpm . once the cereal pieces were in the pan , the liquid coating was applied through an atomizing spray nozzle . the coating was applied for 1 minute prior to adding dust blend # 1 to the system . dust blend # 1 was added continuously and simultaneous to the coating application step . the whole process took about 15 minutes to complete , and dust blend # 1 was completely added before all the coating was sprayed into the system . this process was carried out at a temperature of about 75 ° f . after the application of the coating and the dust blend # 1 , hot air ( 130 ° f .) was added to the system at a rate of about 1 , 300 ft 3 / min . when the bed of the product was about 94 ° f ., the product lost its dusty appearance and began to resemble a fat - coated confection . during the end of the heating step , dry blend # 2 ( fruit powders ) was added to the rotating pan . the powder adhered to the surface of the coated pieces , giving a pleasing berry hue to the product . a gum arabic solution can be added to the product after cooling to give the outer surface a shiny appearance , and a small amount of shellac or confectioner &# 39 ; s glaze can be added to protect the gum solution .
new coated food products are provided . the products comprise a center food piece such as a nutmeat or cereal piece , and a coating surrounding the center food piece . the coating can be flavored with flavorings such as cheese , chocolate , or fruit . the coating comprises a substantially homogeneous mixture of a fat - based composition and a particulate material , which results in a stable coating that can tolerate higher temperatures when compared to prior art products while also having 50 % or less of the fat content of prior art coatings .