The pink hue of this salt is due to its high mineral content, which includes calcium, magnesium, potassium, copper, and iron. These minerals are essential for our bodies to function properly and can help to improve overall health. Full of Nutrients and Minerals
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Variety: Indian Origin Teja Stemless / S-17 CROP YEAR 2017 MOSITURE: < 12% BROKEN CHILLIS, LOOSE SEEDS FOREIGN MATTER: < 4% Aflatoxin: B1+B2+G1+G2 < 15PPB NET 25 KGS NEW PP BAGS 14MTS PER 40HC
Variety: Indian Origin Teja with Stem / S-17 CROP YEAR 2017 MOSITURE: < 12% BROKEN CHILLIS, LOOSE SEEDS FOREIGN MATTER: < 4% Aflatoxin: B1+B2+G1+G2 < 15PPB NET 25 KGS NEW PP BAGS 14MTS PER 40HC
Variety: Indian Origin Teja Stem Cut / S-17 CROP YEAR 2017 MOSITURE: < 12% BROKEN CHILLIS, LOOSE SEEDS FOREIGN MATTER: < 4% Aflatoxin: B1+B2+G1+G2 < 15PPB NET 25 KGS NEW PP BAGS 14MTS PER 40 Feet HC
The purest salt is Himalayan salt, which has neither chemicals nor poisons in it. It has roughly 84 minerals that, because of their small molecular size, the body may easily absorb.Dust, pollen, smoking, and other impurities that could raise the risk of respiratory issues are being eliminated using Himalayan salt lamps. Due to its health advantages, Himalayan pink salt is utilised as a table salt substitute. Depending on its intended function, himalayan salt can be utilised in several ways: In the kitchen As a condiment Food preservation
Himalayan salt is mined from the Salt Range mountains, the southern edge of a fold-and-thrust belt that underlies the Pothohar Plateau south of the Himalayas in Pakistan. Himalayan salt comes from a thick layer of Ediacaran to early Cambrian evaporites of the Salt Range Formation. This geological formation consists of crystalline halite intercalated with potash salts, overlain by gypsiferous marl and inter-layered with beds of gypsum and dolomite with infrequent seams of oil shale that accumulated between 600 and 540 million years ago. These strata and the overlying Cambrian to Eocene sedimentary rocks were thrust southward over younger sedimentary rocks, and eroded to create the Salt Range. The salt, which often has a pinkish tint due to trace minerals, is primarily used as a food additive to replace refined table salt but is also used for cooking and food presentation, decorative lamps and spa treatments. Himalayan salt is a table salt. Analysis of a range of Khewra salt samples showed them to be between 96% and 99% sodium chloride, with trace presence of calcium, iron, zinc, chromium, magnesium, and sulphate, all at varying safe levels below 1%. MOQ 5MT Supplied from Pakistan.
Himalayan salt is mined from the Salt Range mountains, the southern edge of a fold-and-thrust belt that underlies the Pothohar Plateau south of the Himalayas in Pakistan. Himalayan salt comes from a thick layer of Ediacaran to early Cambrian evaporites of the Salt Range Formation. This geological formation consists of crystalline halite intercalated with potash salts, overlain by gypsiferous marl and inter-layered with beds of gypsum and dolomite with infrequent seams of oil shale that accumulated between 600 and 540 million years ago. These strata and the overlying Cambrian to Eocene sedimentary rocks were thrust southward over younger sedimentary rocks, and eroded to create the Salt Range. The salt, which often has a pinkish tint due to trace minerals, is primarily used as a food additive to replace refined table salt but is also used for cooking and food presentation, decorative lamps and spa treatments. Himalayan salt is a table salt. Analysis of a range of Khewra salt samples showed them to be between 96% and 99% sodium chloride, with trace presence of calcium, iron, zinc, chromium, magnesium, and sulphate, all at varying safe levels below 1%. MOQ 5MT Supplied from Pakistan.
Himalayan Pink Salt
