Siceful Agritech Co.,Ltd adpots advanced technologies from Japan CAN Home Industries Co., Ltd. and the team of President Zhang Jian of Shandong Normal University (PhD of Tsinghua University, National Outstanding Youth), and focuses on the production of high-quality bio organic fertiliers
Siceful Agritech is the subsidiary of Qingdao Siceful Import and Export Co.,Ltd. which was established in Year 2011.with a registered capital of 10 million yuan. Its registered address is 17th Floor, Shandong Expressway, No. 877 Binhai Avenue, Qingdao Development Zone; it focuses on the import of high-quality organic fertilizers, bacterial agents, calcium and magnesium fertilizers from Japan.
Bio Organic Fertilizer
Liquid Bacterial Fertilizer
Soil Acid Regulating Fertilizer
Medium Element Fertilizer
Garden Flower Fertilizer
It has been well received by customers at home and abroad."integrity-based, serving agriculture, rural areas, and farmers"
Focus on manufacturing bio organic fertilizer with advanced Japanese bacterial fermentation technology.
View moreThe company has long-term exchanges and cooperation with well-known enterprises such as Asahi Industries, Japan Organic, and Tanaka Corporation.
View moreJapan, Laos; More than 20 provinces including Guangdong, Hainan, Zhejiang, Yunnan, Guangxi, Hebei, and the East;
View moreThe company adheres to the business philosophy of "integrity-based, serving agriculture, rural areas, and farmers"
View moreOn March 8, the signing ceremony of Qingdao Shikefu Agricultural Organic Solid Waste Treatment Base was successfully held at Qingdao Shikefu Environmental Protection Technology Co., Ltd.
View detailsMr. Wang Chengtao, General Manager of Qingdao Siceful Environmental Protection Technology Co., Ltd., accompanied by Mr. Masagaru Nakamura,
View detailsLike the human gut, soil needs a combination of microbes to function at its best. Microbes (fungi, bacteria, nematodes and protozoa) play a crucial role in soil function, once being they allow plant roots to take up a diverse range of the bioavailable nutrients they need to thrive, naturally.
Chemical based fertilisers are applied to the top of soil and can upset the chemical balance in the soil, disrupting the microbes’ function, thus making plants more reliant on chemicals and less resilient to stress. Not to mention synthetic chemicals do not absorb well and cause huge environmental damage in local waterways and eventually reach the ocean and coral reefs.
In healthy soil there is a whole ecosystem including bacteria, fungi and larger living organisms (like worms and grubs) that live in harmony with each other. Like the human gut, soil needs beneficial microbes to function at its best. These organisms perform different functions that allow soil to breath, eat and cycle nutrients. Without these living organisms’ soil is biologically dead and anything that is planted will struggle to grow, not to mention be heavily reliant on fertiliser inputs, and be susceptible to disease and pests.
1.The worst is sewer sludge
heavy metals exceed the standard, the fertilizer efficiency is short, and there is no stamina
2.Animal manure.
A large number of harmful bacteria, root-knot nematodes, will be produced.
3. Wood chip residue, rotten leaves,lower nutrient content
4. Food residues, low nutrient content
5. Fish meal, oil meal, soybean meal, food-grade raw material, doing good for plants’ nutrient uptake.Our fertilizer is made with these food-grade materials.
1.touch, the internal temperature of the organic fertilizer drops to the ambient temperature or slightly higher than the ambient temperature, indicating that most of the substances have been stabilized, and the organic matter is fully decomposed and can be stored and applied.
2.nose smell, the smell of organic fertilizer depends on the degree of humification, the finished compost is often between the faint smell of cooking and the smell of rotten meat, basically no odor.
3.observe, the overall appearance of the compost slowly turns dark brown or dark gray, and at the same time, the compost particles will become smaller in the process of degradation, wear and soaking, and the overall texture will become loose and brittle.