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Showing posts with label Pasta Die manufacturer company. Show all posts
Showing posts with label Pasta Die manufacturer company. Show all posts

Monday, January 24, 2011

The Most Dangerous Food Dyes!

Food dyes are very harmful for the human body. Unfortunately, in today’s faster changing world, you can more use of adulterated dyes in many kinds of both natural and processed food products. Consuming such for products invite many kinds of illnesses and diseases very slowly. Let us know more about prominent dyes that kill us slowly:

Propyl Gallate:
Excess use of this kind of preservative can cause you cancer. Propyl Gallate is more used in preventing fats and oils from spoiling. It's used in vegetable oil, meat products, potato sticks, chicken soup base and chewing gum, and is often used with BHA and BHT.

BHA and BHT:
Butylated hydroxyanisole (BHA) and butylated hydroxytoluene (BHT) dyes are similarly used similarly as Propyl Gallate. The main use of this form of dye is to keep fats and oils from spoiling. You can find elements of this form of dyes into cereals, chewing gum, vegetable oil and potato chips (and also in some food packaging to preserve freshness).

Monday, October 18, 2010

Buying Electric Pasta Machine!

These days, a pasta maker has become an integral part of any kitchenware store. The machine usually costs anything around about $100. However, the larger machines for commercial purposes may cost something around $1,000. If you prefer an electric pasta machine, you may have to pay more as they are very easy to handle and convenient to use. Electric pasta machines which are of different sizes are available quite easily as well. They also have easy removable metallic parts. The motor of the pasta machine also plays an important part in its working. If you want your pasta machine to last longer, you should opt for an electric pasta machine with powerful motor and metal parts as they are easy to clean and durable. Also while buying an electric pasta machine, test every part to ensure that they work.

So, if you desire to get a nice machine for kitchenware, start exploring your options now. Search through the internet or buy from your local store to get your preferred electric pasta machine.

Electric Pasta Machine!


Nowadays, many people prefer making pasta at home. Indeed pasta making at home is much easier and a delicious option than using an electric pasta maker. All you need is to put in the ingredients like flour and eggs in the pasta maker machine, and the rest is done by it. On the contrary, with a hand operated pasta machine, you need to prepare the pasta dough and then put it in the machine manually. The electric pasta maker is automatic and works on a motor. The different shaped blades will help you to make different shaped pasta at home. It is easy to use and fresh pasta can be made in just a few minutes.

After the pasta is ready and comes out from the machine, you need to cut it to your desired length. After cutting, it is essential to let the pasta dry for 10-15 minutes. You can sprinkle flour on it to prevent it from sticking together. You can use the freshly made pasta immediately or store it in refrigerator for 1-2 days.

Wednesday, May 26, 2010

Dry Pasta Machines

Once out of the die, pasta contains about 30% of moisture. Hence, it is the tendency to stick to anything that it usually comes into contact. In order to keep away its stickiness, it is important to dry its moisture. To make it dry, it usually keep exposed to hot and humid air ventilation at the stick loading stage. The actual drying is done at the pre-drying process. This particular technique is usually characterized by some prominent technological situations:

The temperature of pasta drying is kept on a particular level to cause quick evaporation of the inside water excess.

Pasta is kept at such room conditions as to cause quick migration of the water particles from the inside to the outside of the product.

It has to be avoided surface pasta drying and the consequent closing of the interstices through which the remaining water can reach the surface by capillarity and evaporate.