我们很自豪我们卓越的品质和我们优秀的服务。

•原料的细节

腐植酸来自该公司拥有本公司的矿山。 那么腐植酸是从我们的泥炭矿生产。 然后请阅​​读我们的泥炭矿，它是如何在那个时候形成更多的信息。

关仲平原是因为它的气候温和，无论是植物和动物的天然宝库。 因此，在这里住着一个丰富的动植物。

那么，第四纪冰川的到来导致的气候发生了根本变化。 作为地壳换档，它可以把含有古尸回表面，在那里它们分解的沉积物。 它形成今天的泥炭矿，一个完全自然的淳化县。

从传统的化肥不同，原料的最大优势是，它含有丰富的腐植酸和有机物，其链接被分解如此之短，可以充分吸收和使用的植物（植物，短链接，营养更容易将 被吸收）。我公司已获准利用此矿（证书​​编号为C61043020101261​​20091218）。

我们的泥炭属于稳定的有机物质和活性有机质。 活性有机质来源于一次活的有机体，植物和动物的腐烂。 它在土壤中分解，或堆肥有机质，稳定的意义已经完全消失，因此会持续很长时间在土壤中。

•适用范围

泥炭已用于城市绿化建设，种植花卉营养土，运动场或高尔夫球场，盆栽花卉，土壤改良，沙漠绿化，无土栽培和食用细菌培养，草坪滚开发生产的工业化，食用菌种植分级，varoius复合肥， 建筑屋顶花园面积等。

•技术说明关于泥炭腐植酸

经过万年自然生物降解，​​我们的产品已经被完全分解。 有机物被分解从大分子到小分子结构，其中大部分可以直接被植物吸收。 吸收泥炭的能力要比粪混合物施肥和排泄物更强。 农业应用主要来自有机物，而不是腐植酸。 腐植酸只是起到催化剂的作用。 这里有巨大的泥炭有机肥，这样做多的自由基存在的，它具有吸附性，可以与氮磷钾结合。 这可能会推迟N-P-K的突发尺寸的土壤。 这可以提高plants'utilization率。 腐殖酸是一种弱者，its'chemical特性促进其生产钠盐与氢氧化钠和氢氧化钾。 钠盐是易溶于水。 巨大的腐植酸出口到全球的世界实际上是钠盐和钾盐这是由工业合成制成。 这也是为什么腐植酸钾比腐植酸钠贵得多的原因。

泥炭的基肥主要用于字段如下：

N-主要是有用的叶子和植物的枝。

P-主要是针对植物的花是有用的。

K-主要是针对植物的根。

例如，玫瑰的最佳氮磷钾比例为2-3-2。 虽然草和高尔夫球场之比为2-1-1。

•各种有机肥和我们的产品比较交代

无论堆肥肥，绿肥，积水堆肥，饼肥或沼肥，什么是他们的应用原理和原因是什么？

原理：降解植物纤维和高分子动物的有机物转化为小分子结构，而这些氨基酸可以被植物容易吸收（如动物降解蛋白质转化为氨基酸。）。 有现有的一些问题。

A 在很短的时间，大分子结构不容易被分解成小分子结构（例如，上面提到的肥料有臭味）。 因此，它的利用率比泥炭低。

B 在发酵过程中，会有产生污染与有害的细菌，特别是来自病原细菌。

C 它难以控制重金属材料。

D 的标准进出我国由细菌总数制成，因此它是一个小不科学（存在一些有益的细菌以及有害细菌）。

•关于泥炭在农业的负面影响。

由于有太多的自由基和腐殖酸的泥炭，它具有吸附性，这种性格会干扰植物吸收游离离子在土壤中。 如微量元素，它们是植物的代谢的一部分。 这点也是一个负面影响有机肥料。

We are proud of our superior quality and of our excellent service.

• raw material's detail

The humic acid comes from the mine which owns by our company. Well humic acid are produced from our peat mine. Then please read more information about our peat mine how does it form at that time.

Kuan Chung Plain is a natural treasure house because of its mild climate, no matter for plant and animal. So in here there lives a plenty of flora and fauna.

Well, the coming of the Quaternary glacier resulted that the climate changed radically. As the crust shifts, it can bring sediments containing ancient corpses back to the surface, where they decomposed. It formed into today's peat mine, a totally natural one in Chunhua County.

Different from traditional fertilizer, the biggest advantage of raw material is that it contains abundant humic acid and organic matter, whose link is decomposed so short that can be fully absorbed and used by plants ( for plant, shorter the link is, easier the nutrition will be absorbed) .Our company has been authorized to exploit this mine (The certificate No. is C6104302010126120091218) .

Our peat belongs to stable organic matter and active organic matter. Active organic matter comes from the decay of once living organisms, plant and animal. It's broken down in the soil, or the compost pile by organic matter, stable meaning it has been completely decayed and therefore lasts a lot longer in the soil.

• SCOPE OF APPLICATION

Peat has been used in urban greening construction, Planting flowers nutrition soil, playground or golf course, grading of pot flowers, soil amendment, desert afforestation, soilless cultivation and edible bacteria culturing, lawn roll producted industrialized, edible fungus cultivation, varoius compound fertilizer, building roof garden area and so on.

• Technical Description About Peat And Humic Acid

After ten thousand years of natural biological degradation, our product has been decomposed completely. The organic matter has been decomposed from macromolecule to small molecular structure, most of them could be absorbed directly by plants. The absorption ability of peat is much stronger than manure mixture for fertilizing and excrement. The agricultural application mainly comes from organic matter instead of humic acid. Humic acid is just play a role of catalysis. There have huge organic fertilizer in peat, so does much free radical existing, which has adsorbability and can combine with N-P-K. That could delay burst size of N-P-K in soil. This could improve plants'utilization rate. Humic acid is a kind of weak one, its'chemical characteristics promote it to produce sodium salt with NaOH and KOH. The sodium salt are soluble in water. The huge humic acid exported to global world are actually the sodium salt and kali salt which are made by industrial synthesis. This is also the reason why potassium humate is much expensive than sodium humate.

Peat's basic fertilizer is mainly used in the fields as follow:

N- is mainly useful to leaves and sticks of plants.

P- is mainly useful for flowers of plants.

K- is mainly useful for roots of plants.

For example, the best N-P-K ratio of rose is 2-3-2. While the ratio of grass and golf course is 2-1-1.

• All kinds of organic fertilizer and the comparison explaination of our products

No matter composter fertilizer, green manure, water logged compost, cake fertilizer or biogas waste fertilizer, what's their's application principle and reason?

Principle: degradate plant's fiber and animal's organic matter of macromolecule into Small molecular structure ( e.g, degradate animals protein into amino acid.) While those amino acid could be absorbed easily by plants. There existing some problems.

A In a short time, macromolecular structure cannot be decomposed into small molecular structure easily (e.g, the fertilizer mentioned above have an odour) . So its utilization rate is lower than peat.

B In the process of fermentation, there will produce pollution with harmful bacteria, especially from pathogenic bacteria.

C It is difficult to control heavy metal material.

D The criteria in and out of our country is made by the total number of bacteria, so it is a little unscientific ( there exist some beneficial bacteria as well as harmful bacteria ) .

• The negative effects about peat in agriculture.

As there have much free radical and humic acid in peat, which has adsorbability, this character disturbs plant to absorb free ion in soil. Such as microelement, they are the metabolic part of plant. This point is also a negative effects to organic fertilizer.