About XY-MORGAN

在历史上中国历代皇帝的寿命相对于普通人的平均寿命要短。究其原因，可能是因为他们繁忙的政务，过度操劳，以及过分放纵的性生活所致。皇帝拥有的三宫六院、七十二妃耗尽了他们的体力和精力，最终导致他们比普通人更加短命。 但是，清代乾隆皇帝寿命却很长，他活了89岁。乾隆的长寿在当时令人惊讶，他长寿的消息甚至传到英国皇室。英国皇室甚至派大使到中国来探寻乾隆皇帝长寿的秘密，那时乾隆已是83岁了，可是看上去只有60岁的样子，他还十分健康，在精神上和体力上都压倒了年轻人。当英国大使问到乾隆皇帝长寿的秘诀时，御医们告诉他：“皇上日常所进补之养生补品中，少不了日本淫羊霍与人参肽结合 成独特秘方草药”。

In ancient china. the life expectancy of all emperors in all dynasties is shorter than the average life expectancy of ordinary people. The reason maybe due to their unhealthy working lifestyle, overwork, and excessive sex and alcohol abuse. In the main palace, there is 3 sub palace and six courtyards are owned by the emporor. A total of seventy two concubines is always ready to serve the emperor which led them to have a shorter life span and health of ordinary people.
However, Emperor Qianlong of the Qing Dynasty lived a long life, he lived to an age of 89. His longevity was shocking at that time as the average of ordinary people does not even come close. The news of his longevity even reached the British royal family and as a result, the British royal family send ambassadors to China to explore the secret of Emperor Qianlong longevity. At that time, Qianlong was 83 but looked only 60 years old. He was still very healthy and overwhelmed with young mentality and physical appearences. When the British ambassador asked the secret of his longevity, the imperial physician told him “In the health supplements that the emperor uses daily, there is 2 types of ingredients that is never left out which is the Japanese Yin Yang Huo and ginseng peptide combining this two ingredients form a unique secret herbal medicine.”

Research & Development · Adopt German advanced technology

德国XY.MORGAN博士研发团队

German supercritical fluid CO2 extraction technology

植物细胞核心是储存营养部位，但植物细胞有坚固细胞壁保护，一般萃取技术难以触及深藏着的活性成份。
超临界流体状态出现在流体温度超过其临界温度和临界压力时，是介于气体和液体之间的一种状态。通过控制温度和压力，流体可以溶解纯天然植物化合物并选择性萃取出高浓缩有效活性精华。
这些特性使到超临界 CO2 能无阻的穿透层层细胞壁，滴水不漏地把每一滴有效精华都萃取，并封存在产品内。
超临界 CO2 能拥有气体及液体的特性： 液体 — 高溶解能力 气体 — 高流动性.

The core of plant cells is to store nutrients, but plant cells are protected by a strong cell wall, and it is difficult for general extraction techniques to touch the hidden active ingredients.
The supercritical fluid state appears when the fluid temperature exceeds its critical temperature and critical pressure, and it is a state between gas and liquid. By controlling temperature and pressure, the fluid can dissolve pure natural plant compounds and selectively extract highly concentrated and effective active essences.
These characteristics enable the supercritical CO2 to penetrate the cell walls unimpededly, extract every drop of effective essence without leaking, and seal it in the product.
Supercritical CO2 can have the characteristics of gas and liquid: Liquid — high solubility Gas — high fluidity