Honey grapefruit tea with low impurity content
A technology of honey citron tea and low impurity, applied in the direction of tea substitutes, etc., can solve the problem of high impurity content, achieve good adsorption effect, low production cost, and short production cycle
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Embodiment 1
[0017] A honey grapefruit tea with low impurity content, its raw materials include: honey 4kg, grapefruit peel 40kg, camellia 4kg, roselle 4kg, lavender 1kg, rose 4kg, jade butterfly 0.5kg, dendrobium 2kg, loquat 1kg, licorice 2kg, chrysanthemum 1kg, 1.6kg of lotus seeds, 1kg of albizia julibrissin, 1kg of astragalus, and 2kg of active adsorbent.
[0018] The active adsorbent was prepared by the following process: 50kg of bentonite, 6kg of tin tetrachloride pentahydrate, 8kg of citric acid, 0.2kg of polyethylene glycol 400, and 200kg of water were mixed evenly, heated by microwave for 10min, with a microwave power of 800W, roasted for 20min, and then The temperature was 960°C to obtain an active adsorbent.
Embodiment 2
[0020] A honey grapefruit tea with low impurity content, its raw materials include: honey 10kg, grapefruit peel 20kg, camellia 8kg, roselle 1kg, lavender 4kg, rose 1kg, jade butterfly 1.2kg, dendrobium 1kg, loquat 3kg, licorice 1kg, chrysanthemum 2kg, lotus seeds 0.8kg, albizia julibrissin 2kg, astragalus 0.2kg, active adsorbent 4kg.
[0021] The active adsorbent is prepared by the following process: 30kg of bentonite, 10kg of tin tetrachloride pentahydrate, 2kg of citric acid, 1kg of polyethylene glycol 400, and 100kg of water are evenly mixed, heated by microwave for 16min, with a microwave power of 620W, roasted for 40min, and the roasting temperature at 900°C to obtain an active adsorbent.
Embodiment 3
[0023] A honey grapefruit tea with low impurity content, its raw materials include: honey 6kg, grapefruit peel 35kg, camellia 5kg, roselle 3kg, lavender 2kg, rose 3kg, jade butterfly 0.6kg, dendrobium 1.7kg, loquat 1.5kg, licorice 1.7kg kg, chrysanthemum 1.4kg, lotus seeds 1.4kg, albizia julibrissin 1.3kg, astragalus 0.8kg, active adsorbent 2.5kg.
[0024] The active adsorbent is prepared by the following process: mix 45kg bentonite, 7kg tin tetrachloride pentahydrate, 6kg citric acid, 0.4kg polyethylene glycol 400, and 180kg water evenly; The temperature was 940°C, and an active adsorbent was obtained.
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