올가을 햇 원형볏짚 판매

[영업팀장]

올가을 햇 원형볏짚 판매

올가을 햇 원형볏집입니다.

발효제 투입 후 랩핑 30바퀴 촘촘하게 감은 제품이구요.

넓은 평야지대인 전북 김제에서 생산된 볏짚으로

3단 커팅되어 있어서 아무래도 소먹이 급여시 편하실 듯 합니다.  

운송이 아무래도 비용측면에서 고려할 점이 많은데요

볏짚 상차지역은 전라북도 김제지역입니다. 

1롤당 5만원에 상차해드리구요.

상차 및 운송까지 해드리구 있어요.

단 운송비는 부담해주셔야 됩니다. 

요즘 한창 작업시즌이라 전화나 문자 바로바로 답장이 어려울 수 있습니다.

성함과 간단한 용건 남겨주시면 확인 후 연락드리겠습니다.

대형사이즈 볏짚으로 125 x 125 크기입니다.

운송비 및 구매문의는 댓글보다는 가급적 전화 또는 문자 부탁드릴게요

문의전화 010-4650-5335

홈페이지 http://rice-straw.com

네이버밴드 http://한우사료.kr

감사합니다.

1) 2015년 햇 가을볏짚 (세절) 판매합니다

2) 소먹이, 사료용 피 판매 합니다.

3) 옥수수 사일리지 판매합니다

3) 소먹이용 수단그라스 판매합니다.

 

 자세한 사항은 공지사항 참고하세요 ^^

 

이제 날씨가 점점 무더워지고 있습니다.
수분을 가진 생볏짚이나 풀 조사료의 경우에는 비닐을 벗기신 후 가급적 빠른 시일내 (2~3일내)
에 먹이도록 해야 합니다. 그러지 않을 경우 여름철 무더운 날씨로 변질될 가능성이 있으니 요주의 부탁드립니다. 가을및 겨울급여에는 이상이 없습니다

 

볏짚닷컴 환불규정 : 볏짚을 받아보신 후

7일 이내 물품만 가능합니다.

단순변심에 의한 물품반환시 왕복배송비를

부담하셔야 합니다.

 

조사료의 경우에도 농산물인지라 상태가 간혹 균일하지 않을 수 있습니다. 이점 감안하시고 주문해주시기 바랍니다 ( 제품에 대해서 확인을 원하실 경우 직접 방문후 수령이 가능합니다. )

 

류용선 : 010-4650-5335

네이버밴드 http://한우사료.kr

Description
Rice straw is the vegetative part of the rice plant (Oryza sativa, L.), cut at grain harvest or after. It may be burned and left on the field before the next ploughing, ploughed down as soil improver or used as a feed for livestock (Kadam et al., 2000). Rice straw is a major forage in rice-producing areas.

Distribution
Rice originates from Asia, where it has been cultivated since 6500 BC, and is now naturalized in most tropical and subtropical regions. Rice grows from 53°N in China to 35°S in Australia. The optimal growing conditions are: 20-30°C average day-temperatures with night temperature over 15°C; fertile, heavy soils; 6.5-7 pH. Most varieties ("swamp rice", "lowland rice") must be planted in stagnant water and require 200 mm rainfall/month or the equivalent amount from irrigation, whereas others ("mountain rice" or "upland rice") require less irrigation and 750 mm rainfall over a 3-4 months period with no desiccation.

Processes
Rice straw can be treated in order to improve its nutritive value. Those treatments are designed to enhance feed intake and/or digestibility. Improving digestibility may be achieved through mechanical, chemical, heat and pressure treatments.

Mechanical treatments
Chopping and grinding rice straw may reduce the time of passage in the rumen and improve feed intake (Doyle et al., 1986).

Chemical treatments
Chemical treatments (NaOH, ammonia, urea) may be hazardous to humans (NaOH is a dangerous chemical if handled wrongly) and animals (heavy urination, faster rumen washout).

NaOH treatment consists in soaking the straw in NaOH solutions, draining it and sometimes washing it after treatment. This may cause water pollution. It is also possible to spray NaOH onto the straw and then allowing it to dry.
Ammonia treatments are safer and provide nitrogen that is lacking in straw. Ammonia reduces physical strength and disrupts silicified cuticles in leaves. Ammonia treatments can increase digestibility by 31%.
Urea treatment is the easiest to apply. It can be done by smallholder farmers using plastic bags, with a 5% urea w/w solution. It can increase digestibility by 18% (Van Soest, 2006).
Heat and pressure treatments
Steam pressure: it releases acetyl groups from the hemi-cellulose, thus increasing digestibility of the rice straw.
Association of steam pressure and ammonia: this treatment has been reported to induce severe hyper-excitability in cattle (Van Soest, 2006).
Environmental impact
When rice straw is burned or ploughed under, it may cause air pollution or generate leachates. Ploughing under may also propagate fungi (Kadam et al., 2000). Feeding it to livestock reduces its environmental impact and makes the best use of rice as both an energy source and a protein provider. Cattle dung can be burned or composted to benefit from rice energy and to enrich the soil.

Rice straw is unique relative to other cereal straws in being low in lignin and high in silica. Unlike other cereal straws taller varieties of rice straws tend to be leafy while the leaves are less digested than stems. This may contribute to higher straw value with rice yield. There is genetic variation in straw quality but has not been exploited and tends to be smaller than environmental variation. Effort in plant breeding has been to develop short varieties with higher grain yield. This development has reduced straw quantity but not nutritive value. The relationship between plant genetics and silica metabolism is virtually uninvestigated, although reviews from plant physiology indicate it is a major factor.

Silica and lignin in that order are the primary limiting factors in rice straw quality. Silicon is a nutrient element which has been overlooked largely because of its assumed inertness, but also because of its geochemical abundance that so greatly exceeds its metabolic use by plants and animals. Silicon is involved in several major roles in rice: carbohydrate synthesis, grain yield, phenolic synthesis and plant cell wall protection. These vectors interact with each other to eliminate statistical association of silica and lignin with straw digestibility when varieties are compared. Yield of grain is highly related to silica content of straw, which reflects soil availability. There are no detailed studies on rice straw lignin. Most papers reporting lignin contents in rice straw have used acid-detergent lignin by either the sulfuric acid or permanganate versions. There are undoubtedly soluble phenolics in rice straw that need investigation. The effects of ammonia and urea on silica is to crack the silicified cuticular layer. Silica is not dissolved by these reagents in contrast to the action of sodium hydroxide.

Treatments on rice straw follow those applied to other lignified materials. In order of frequency of reports, urea followed by ammonia with comparatively fewer papers on sodium hydroxide, steam and pressure treatments or exploded by pressure release, and only one or two papers on acid treatments and white rot fungi. There are reports on animal supplementation and a few growth studies with young animals. Field surveys in India and the southeast Asian countries only report the use of urea, although it appears less efficient than ammonia. Farmer acceptance is related to their perceptions on costs, labor, equipment, health, safety, i.e. the exposure to ammonia vapor, economic and other social factors. The various papers reporting treatments have used animal digestion trials; a variety of in sacco, in vitro digestions with rumen organisms or cellulase, some in combination with pepsin digestion or neutral-detergent extraction. Gas production from in vitro rumen fermentation has also been used. Results are expressed mainly on dry matter basis and fewer reports on organic matter. Results are difficult to compare and standardization of procedures is badly needed. However, most treatments with ammonia and urea show some increase in digestibility and intake where measured in in vivo trials. In vitro and in sacco eval‎uations tend to overestimate improvement in digestibility.

전자상거래 표준약관(사이버몰이용약관)

볏짚닷컴은
공정거래 위원회 전자상거래 표준약관을 준수합니다. 

상  호  명: 볏짚닷컴
대  표  자: 류용선
주       소: 전라북도 익산시 용동면 화배리 93호

전화번호: 010-4650-5335

메       일: rys012@naver.com

사업자등록번호: 403-91-26056

통신판매업신고증: 제 2015-전북익산-37호

저희 볏짚닷컴은 국내에서 생산된 양질의 조사료인 볏짚, 총체보리, 라이그라스를 전문적으로 취급하는 회사입니다. 정부에서 추진하는 적극적인 조사료 정책에도 불구하고 날씨, 지역에 따라 가격변동이 심하고 이에 따라 적절한 수요와 공급이 원활하게 조절되고 있지 못하고 있습니다.

저희 회사는 끊임없는 연구와 고객서비스의 품질향상을 통하여 '고객 만족'을 뛰어넘어 '고객감동'을 제공해 드리고자 노력하고 있습니다. 나아가 고객이 필요로 양질의 조사료를 적절한 가격으로 공급하여 축산선진화에 기여하는 것이 저희 회사의 꿈이자 비전입니다.

앞으로 회사의 자원과 조직을 혁신하여 국제 경쟁력을 갖추고, 사회와 인류에 보탬이 되는 기업이 되기 위해 끊임없이 노력하여 최상의 서비스와 최고의 제품을 제공할 것을 약속 드립니다.

감사합니다

조사료의 경우에도 농산물인지라 상태가 간혹 균일하지 않을 수 있습니다. 이점 감안하시고 주문해주시기 바랍니다 ( 제품에 대해서 확인을 원하실 경우 직접 방문후 수령이 가능합니다. )

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