General Tips and Suggestions
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To find out more information about any of these topics, just click on the topic.
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Additives Often Used in Sausage Making: NOTE A MORE EXTENSIVE DISCUSSION OF THIS TOPIC CAN BE FOUND ON THE INTRODUCTION PAGE.
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"Phosphates are used in a wide range of processed meat, poultry and seafood in which they perform several functions. Phosphates improve the retention of natural fluids in the animal muscle that would otherwise be lost in the aging, cooking or freezing process. They also act as protein solubilizers to aid in binding processed meats. Their presence results in improved texture, flavor and color."
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Casings Natural: Natural casings are made from the intestines or "innards" of a variety of animals. In the U.S. they are generally made from the internal organs of hogs, beef, or sheep. In other countries casings from other animals like horses, donkeys, goats, geese and ducks are available. Depending upon the casing and how it is used it may often be considered edible; others are not. Casings generally come from the supplier packed in salt or a a preserving brine. The can be kept under refrigeration almost indefinitely. Any odor that they have will be gone once they are properly prepared. All natural casings must be rinsed and soaked in several changes of fresh water before they can be used. Some require additional preparation. The casings are generally measure by their diameter in millimeters--an inch equals 25.4 millimeters (mm). Below I've listed some of the more commonly used casings.
Casings, Artificial: There are a wide variety of artificial casings available on the web for the adventurous to seek out. I have listed below several types that I use most frequently. In selecting a casing you have to consider if you want it to be edible (yes, some artificial casings are edible). The edible casings are very thin and will not support the weight of the sausage in the smoker.
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| Sometimes the casing type is suggested in my formulation; other times, you'll have to experiment with what you prefer. (For an enlarged view, click on the photo.) | ||
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NOTE A MORE EXTENSIVE DISCUSSION OF THIS TOPIC CAN BE FOUND ON THE INTRODUCTION PAGE. Check the formulation carefully and be sure you use the correct cure; do not substitute! (Cure#1 and #2 are formulated in such a way so that 1 level US teaspoon will cure 5 pounds of meat.) For the best results, always weigh out the amount of cure! |
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Cure
#1
contains 6.25% Sodium nitrite; 93.75% Salt (for fresh and cooked sausages) |
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| Cure #2 contains 6.25% Sodium nitrite; 4% Sodium nitrate and 89.75% Salt (for dry-cured sausages) | |||
| Tender Quick contains 0.5% Sodium nitrite, 0.5% Sodium nitrate, Salt, Sugar, and Propylene glycol (for brined meats) | |||
| Saltpeter is 100% Potassium nitrate (not recommended...to difficult to measure in the small quantities needed) | |||
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Emulsion Notes: NOTE A MORE EXTENSIVE DISCUSSION OF THIS TOPIC CAN BE FOUND ON THE INTRODUCTION PAGE. Emulsions are sausages where the me Lean muscle fiber has a high myosin content. Myosin is the tem used to represent all salt soluble, water soluble and heat-coagulable proteins in the fibers. Emulsions are formed by solubilizing the meat protein and suspending the fat globules in the protein solution that contains both soluble proteins and collagen from the fiber's connective tissues. A food-processor in the home sausage kitchen can do a fairly good job of forming an emulsion if a few precautions are taken. The result will not be exactly like the one produced by commercial cutters and emulsifiers, but a decent home product can be made. Using a large bowl processor, remember to work in small batches, about 1 1/2 lbs to 2 pounds of paste maximum. During the emulsification process, considerable heat is generated. This will cause the emulsion to "break" by causing the proteins to coagulate preventing them to "grab-hold" of the fat globules. Ice or ice-cold water is added periodically to absorb the generated heat and ensure that the emulsion holds. Experiment with your equipment, but I find that if I process the lean meats first and then add the fats to form the emulsion, I get better results.
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| Paste Temperature: I use a Cuisenart food processor. Generally I divide the spices meat into one and a half pound batches and process each batch for 2 minutes, pulsing often to ensure even emulsification. I also add ice cold liquid (mostly water) a little at a time to keep the temperature below 60oF (15oC). Try to keep total liquid to less that 10%. | |||
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Cooking Temperature: Hint: Place the product in 120oF (49oC)
poaching liquid and gradually raise the temperature to 175oF
(79oC). Gelatin can form from meat collagen
during the cooking process and I found that if the poaching liquid temperature raises too rapidly
or gets above 180oF (82oC), the gelatin often breaks
from the emulsion and creates pockets and pools of gelatin (and or fat)
dispersed in the emulsion.
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Casings:
I've had the best luck with
moisture-proof plastic, fibrous or coated casings for emulsion sausages that are
poached. I've used natural casings also; but, they often wrinkle after
cooking and showering. I've found that dipping the sausage in
boiling water a few seconds, shrinks the casing and remove most of the
wrinkles.
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Grinder Tips: When grinding fats, make sure that it has been cut in small enough sizes to fit the grinder throat then partially freeze the fat. Also, place the grinder tube and worm, knife and plate in freezer prior to grinding the fats. This will chill the grinder tube, cutting knife and grinder plate, minimizing smearing of the fat. If you get dings on the grinder knife or it becomes dull, you can sharpen it by putting a piece of 400 grit wet-dry sandpaper on a thick glass plate and "sanding" the blade by running it back and forth over the paper. After washing the steel plates and knives, warm them gently in the oven to dry them out. Spray with a food grade lubricant over each item and wrap in brown paper cut from a bag for storage.
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This grinder works fine for people that only make small batches of sausage, or you are working on a test batch to perfect the seasoning blend. It's an all-purpose grinder that is easy to set up and clean . It comes with plates and a sausage stuffing tube. This grinder has made many a batch of sausages; it is the Model 113 made by Moulinex. It is a great grinder for the beginning sausage maker and its relatively inexpensive. There are a number of similar brands available on the market. With these lower powered grinders, its important to have the meats to be ground almost at the freezing point so that you get a nice clean cut.....otherwise the grinder plate clogs up with sinew and the meat comes out like mush! |
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This grinder is a # 22 size plate and I have a variety of plate sizes and has a reversing switch. It is supplied with only two grinding plates, however. Extra grinding plates are available on-line from many suppliers or in at the Hobart store in your community. This particular model was made for Cabella's by the Italian firm, Tre-Spade. If you hunt and have meat to be ground or you make a lot of sausage, then your should consider a grinder of this size. The next size up would be a #32, generally with a 1+ horsepower motor and the meat "flies" through that one! There are a number of good grinders for sale...don't buy the first you see! Do your homework
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An inexpensive mold can be made out of scrap lumber and two threaded carriage bolt with wing nuts. you can put something like the one show in the photo (right). To mold the ham to the shape that I wanted, I used two plastic ham "cans"; using two allows for more strength when pressure is applied. Arrange the meat, skin side down and place pieces so that the loaf is level and even. cover with a tight fitting lid (cut out with a band saw or jig-saw) over the meat and apply pressure according to the directions given in the formulation. If you're of the inclination to have something more substantial, the press can be made out of plastic blocks and stainless steel bolts.
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Humidity Control: If you are not lucky enough to live in an area where the humidity is easily controlled, then you might want to consider a humidifier and humidistat. A humidifier is a device that can add moisture to the air and for sausage making purposes a baby nursery "cool-air" humidifier will work fine. A humidistat is a device that senses the humidity in the environment. The device should have a control to set humidity in a range between at least 40% to 80%. These devices available in a number of price ranges from several vendors. |
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A sausage making buddy has a great solution to both humidity and temperature control by modifying a home-refrigerator by altering the temperature and humidity controls. You can read and see his elegant solution by clicking here: Creating An Ideal Environment For Dry Curing Sausage. The paper is a .doc text file and will open in your text editor.
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Incubator for Fermenting Dry Cure Sausages: You can make an inexpensive incubator for dry curing salami by modifying an inoperative freezer. I purchased an old Sears Coldspot from the dumps for $20 and removed the freezing unit, thermostat, interior racks and baskets. On the interior I installed a porcelain light socket. The dimmer switch on the control panel regulates a 100W light bulb which can be adjusted to produce temperatures from 53oF to 110oF. I'm worried that some moisture dripping from the incubating meats might break the light bulb, so I plan on either shielding the bulb with a coffee can open on both ends or replacing the light bulb with a ceramic reptile terrarium heater that screws into the light socket. Controlling the Temperature of Incubation Temperature can
be controlled by a simple dimmer switch. I had an old electrical box [Square
D] and I wired it with a couple of dimmer switches, mounted to the exterior
of the unit with an outlet to provide power in and power out. On the
power out outlet I plugged in a Vicks, 18 hour nursery humidifier. This
provides about 95% humidity. One of the dimmer switches controls the heat
lamp; the other is an extra--in the event I want to mount a fan. All that is
needed is an accurate thermometer. I suggest a mercury-filled thermometer
rather than an alcohol-filled one for better accuracy. |
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Controlling the
Temperature in a Salami Incubator - A More Elegant Approach Constructing a P.I.D. Intelligent Temperature Controller
P.I.D. controller - Non-technical operational definition:
With a little knowledge of electronics, you can construct such a control unit for your incubator. Many of the materials are available at any well stocked computer-supply store or eBay. You can build the controller for about $70.00 USD or less. Materials Needed:
Setting the PID Controller
Temperature and Alarm Parameter Setting: To enter temperature and alarm parameter setting mode press (SET), then enter code "0001", press (SET) again.
During Normal Operation mode, pressing (^) or (v), the display would show SV. Press (^) or (v) again increase or decrease SV by 1 degree. a) Set AH1=AL1, relay is disabled. P, I and D Parameter Setting:
1. Press (SET) to enter setting mode. a) To enter initialization parameter setting mode press (SET), then enter code "0089", press (SET) again. b) To enter PID parameter setting mode press (SET), and then enter code "0036", press (SET) again.
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Lactic Acid Starter: NOTE A MORE EXTENSIVE DISCUSSION OF THIS TOPIC CAN BE FOUND ON THE INTRODUCTION PAGE. Starter cultures accelerate the formation of lactic acid and drop the pH (to about pH=5.3) of salami, which can inhibit the growth of spoilage bacteria and pathogens. The rapid decline of pH not only gives the salami a unique lactic acid flavor, but also increases the firmness of texture and mouth feeling due to the acidic denaturation of meat proteins. The lactic acid bacteria (LAB) in starter cultures have been shown to inhibit Staphylococcus, gram-negative bacteria, and E. coli, by 97.8% after 48 hours of fermentation. Further studies of LAB starters (which often contain one or more species) of Pediococcus cerevisiae, Lactobacillus platarum and Staphylococcus carnosus, have shown a very wide spectrum of inhibition activity on Staphylococcus epidermidis, Lysteria monocytogenes Klebsiella oxytoca, Shigella dysenteriae and germination of the spores of Bacillus subtilis and Bacillus cereus, and Pseudomonas fluorescens. I've added extensive coverage to the starter cultures produced by Chr. Hansen, Inc., producers of freeze dried starter cultures on my main web pages [Introduction section - Starter Cultures] I suggest that don't put your trust in indigenous bacteria that contaminate ground meats instead purchase a lactic acid bacteria starter culture from a supplier, such as Butcher and Packer Company. Use those suggestions in lieu of those given with any formulation or recipe. When you choose a starter, check with the vendor or the manufacture's guidelines as to the required time and temperature for optimum fermentation. Dissolve freeze-dried culture in a couple of tablespoons of de-chlorinated water; add a small pinch of glucose (dextrose) and set aside for 2 or 3 minutes before use. |
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Linking Breakfast Sausage: A number of people emailed me to ask how to link breakfast sausages as shown in the recipes' photos. In stuffing the casing, don't overfill or the casing will burst when you try to pinch and form the links. Don't thread the link like sewing, instead push a portion of the link through the previous loop to form a new loop. Words are difficult to follow in this case so I'll try with pictures. |
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-To be continued-
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