it has surprisingly been found that a semiwet feed product provided with a wrapping coating applied by a vacuum coating method , unlike conventional fried products , has no block formation tendency ( as described hereinbefore ) when packed , accompanied by compression , in a conventional plastic bag pack . even after storage for several weeks or months a problem - free separation and therefore portioning of the pack content is possible on opening the pack . it is possible in this way to pack a semiwet feed product in a compressed , space - saving form . compression leads to a distinct bulk density increase and permits an almost random shaping of the pack . in addition , such a product is very uniformly covered with the coating and , despite a similar fat content , has a less fatty feel and is therefore more pleasant for handling by the pet owner . the semiwet feed product wrapped by the vacuum coating method has a very flexible , soft texture , which is highly advantageous from the esthetic standpoint . such a product is obtained that the product pieces extruded , cut and optionally dried to the desired moisture content in the conventional manner are provided in a vacuum coating method with a preferably fat - containing wrapping coating . such vacuum coating methods are known per se from the prior art . for the application of vacuum coating methods on filling feed pieces with additional substances reference is made to u . s . pat . nos . 4 , 371 , 556 ; 861 , 606 and 5 , 716 , 655 . however , they all relate to applications in connection with dry products and make no reference to the described advantages in connection with semiwet feed products . in vacuum coating methods , the product pieces are exposed to a vacuum and in this state , i . e . under a reduced pressure , are covered with a flowable coating material . in an exemplified method , an extruded strand leaves the extruder at a temperature of approximately 100 ° c . . normally the moisture content at this point is approximately 25 %. either before or after cutting , the extruded product can , if necessary , be dried to the desired final moisture content of between 17 and 22 %. subsequently , the product pieces are filled into a corresponding mixer . the mixer filling opening is closed and the internal pressure is reduced within a relatively short time of e . g . approximately 15 seconds to e . g . approximately 200 millibar . subsequently the coating material ( e . g . fat with a trace element mixture ) is introduced into the mixer and the extruded material is mixed therewith . the pressure in the mixer is then again raised to ambient temperature , which leaves a product provided with a corresponding wrapping , which can be subsequently supplied to a standard packaging station . in said packaging station the product is filled in per se known manner into a plastic bag pack of corresponding size . by exerting pressure the content is compressed and shaped , before the pack is finally sealed in the conventional manner . the features of the invention disclosed in the above description , the drawings and claims can be essential to the implementation of the different embodiments of the invention , either singly or in random combination .
semiwet feed product with a wrapping coating applied by a vacuum coating method , process for the manufacture of such a product , method for packaging the same and product packed using said method .