Sunday, February 28, 2016

about cassava flour,what do you know ?

Cassava flour is gaining momentum as a “go-to” gluten-free, grain-free flour. And it’s not surprising when you consider that those who follow restricted diets typically have to blend several flours to achieve the same consistency as wheat flour. Which is never ideal.

But with cassava flour, that’s not the case! After traveling Southeast Asia for several months (eating delicious, locally made cassava breads, cakes and side dishes), I realized the huge potential of cassava flour. In fact, it seemed to be a pretty darn close replacement for wheat flour.

Oh, could it be? Could it really be?!

Yes, it could be! Which might just make it the holy grail of gluten-free, grain-free flours. But before you go off the deep-end by gobbling up cassava-everything (it’s easy to do!), here’s five things you need to know:

1. Cassava flour is high in carbohydrates

Given that cassava is a starchy tuber, you would expect it to have a high carbohydrate profile. But it’s higher than you most likely imagined. For instance, per 100 grams, cassava has double the calories and carbohydrates as sweet potato. This makes it a valuable and relied upon food source for millions of native people.

But it could mean an insulin spike for you! For the vast majority of people who don’t rely on cassava for subsistence, it would be prudent to monitor your cassava intake. Particularly if you’re following a low carbohydrate, low-sugar or Paleo-based diet.

Translation: don’t eat cassava flour recipes at every meal! As always, moderation is key. 

2. Cassava flour is the most similar to wheat flour (of gluten-free flours)

This is the holy grail characteristic of cassava flour! Unlike other gluten-free flours such as almond or coconut flour, cassava flour is very mild and neutral in flavor. It’s also not grainy or gritty in texture – rather, it’s soft and powdery.

3. Cassava flour is gluten, grain and nut-free

The cassava plant is a staple crop to millions of inhabitants in South America and parts of Asia and Africa. The plant produces the cassava root (also known as yuca or manioc), a starchy, high-carbohydrate tuber – similar to yam, taro, plantains and potato.

As a tuberous root vegetable, cassava is gluten, grain and nut-free, as well as vegan, vegetarian and paleo. 

4. Cassava flour is not the same as tapioca flour

While sometimes the terms cassava flour and tapioca flour are used interchangeably, there are in fact distinct differences. Tapioca is a starch extracted from the cassava root through a process of washing and pulping. The wet pulp is then squeezed to extract a starchy liquid. Once all the water evaporates from the starchy liquid, the tapioca flour remains.

Alternatively, cassava flour is the whole root, simply peeled, dried and ground. This means it has more dietary fiber than tapioca flour – and allows me to make cassava flour tortillas, which would not be possible with tapioca flour. 

5. Cassava flour is not poisonous

It’s true that the cassava root contains naturally occurring cyanide compounds (also found in almonds and spinach!) and that yes, they can be extremely toxic. But only if eaten raw. That’s why the traditional cultures who rely on cassava for sustenance have centuries old processes of soaking, cooking and fermenting. These processes remove the toxic compounds and prevent one from getting sick.

Rest assured that all commercially available cassava and tapioca flours do not contain any harmful levels of cyanide.


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Saturday, February 27, 2016


Starch is one of the most abundant substances in nature, a renewable and almost unlimited resource. Starch is produced from grain or root crops. It is mainly used as food, but is also readily converted chemically, physically, and biologically into many useful products to date, starch is used to produce such diverse products as food, paper, textiles, adhesives, beverages, confectionery, pharmaceuticals, and building materials. Cassava starch has many remarkable characteristics, including high paste viscosity, high paste clarity, and high freeze-thaw stability, which are advantageous to many industries.

Friday, February 26, 2016

About Starch ,What do you know



Starch is one of the most abundant substances in nature, a renewable and almost unlimited resource. Starch is produced from grain or root crops. It is mainly used as food, but is also readily converted chemically, physically, and biologically into many useful products to date, starch is used to produce such diverse products as food, paper, textiles, adhesives, beverages, confectionery, pharmaceuticals, and building materials. Cassava starch has many remarkable characteristics, including high paste viscosity, high paste clarity, and high freeze-thaw stability, which are advantageous to many industries

Cassava starch is produced primarily by the wet milling of fresh cassava roots but in some countries such as Thailand it is produced from dry cassava chips. Starch is the main constituent of cassava. About 25% starch may be obtained from mature, good quality tubers. About 60 % starch may be obtained from dry cassava chips and about 10 % dry pulp may be obtained per 100 kg of cassava roots.

Fresh tubers are processed during season and dry chips during the off-season in some countries. Extraction of starch from fresh cassava roots (Fig. 1) can be divided into five main stages: preparation (peeling and washing), rasping/pulping/grating, purification (starch washing), dewatering and drying, and finishing (milling and packaging).

For cassava, the process of starch extraction is relatively simple as there are only small amounts of secondary substances, such as protein, in the roots. When cassava roots are harvested or selected for starch extraction, age and root quality are critical factors. Cassava roots need to be processed almost immediately after harvest, as the roots are highly perishable and enzymatic processes accelerate deterioration within 1-2 days. A first-rate quality starch can be obtained from cassava using only water, and this makes the processing of cassava starch and flour particularly suitable for developing countries and rural industries.