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gium, and Poland.
In another particular flax has the advantage over cotton. While the latter, under the ordinary course of cultivation in South Carolina, yields but one bale to four acres, and in virgin soil rarely more than one bale to two acres, flax yields in good soil from five to eight hundred pounds of fibre to the acre, which may be converted into flax-cotton by modern machinery; and as the product has but three per cent. waste, while cotton loses eleven per cent. in its manufacture, the flax-cotton which is produced from a single acre is the equivalent of one to two bales of cotton.
With these important advantages, namely, its adaptation to a northern climate where the white man can labor, and a capacity for yielding so large an amount of fibre, flax holds a high place in the list of textile materials.
Flax can be raised with very moderate expense up to the time of harvest. If the soil is free from weeds, it requires little more preparation, care, or expense for its culture than wheat or barley. But from this point onward a large expenditure of labor is requisite, which greatly enhances the cost, carrying it up as high as ten to twenty cents per pound, according to the degree of fineness; for the filaments must be separated from the stem by immersion in water, must be kept in parallel lines, and prepared for the spindle by skilful and long-continued labor.
To insure the best quality, it must be pulled and bound in bundles before it is entirely ripe, thus impairing the value of the seed, while the edible and nutritious portion of the stalk is lost or injured in the water.
For many years it was spun on the little wheel, but of late years improved machinery has been applied at Belfast, Leeds, Dundee, and other cities of Great Britain; yet nearly a third of the value is lost in the broken filaments, which are reduced to tow in its preparation for the spindle. With a fibre at least as fine and delicate as that of cotton, its full value to the world will not be demonstrated un