Agricultural film plays a critical role in raising agricultural productivity. Almost 550,000 tonnes of agricultural film were consumed in Europe in 2011, with silage film accounting for over half of total usage. While demand for agricultural film in tonnage terms is expected to remain stable, some countries like Poland and Central/Eastern Europe may see appreciable growth. Innovation in agricultural film focuses on developing more durable films that extend the growing season and increase yields.
Agricultural film plays a critical role in raising agricultural productivity. Almost 550,000 tonnes of agricultural film were consumed in Europe in 2011, with silage film accounting for over half of total usage. While demand for agricultural film in tonnage terms is expected to remain stable, some countries like Poland and Central/Eastern Europe may see appreciable growth. Innovation in agricultural film focuses on developing more durable films that extend the growing season and increase yields.
Since we have produced many years of textile processing and metal machined ungulate, based on our technical and business experience, we have developed a range of prototypes at the request of overseas manufacturers that are currently using our abrasive products.
Since we have produced many years of textile processing and metal machined ungulate, based on our technical and business experience, we have developed a range of prototypes at the request of overseas manufacturers that are currently using our abrasive products.
The document is the June/July 2011 issue of Film & Sheet Extrusion magazine. It includes the following articles:
- An article about growing global demand for pallet stretch film and Asia leading the growth.
- An article on how biaxial orientation is commonly used with polypropylene but can also benefit other polymers.
- An article discussing how rapidly cooling polyolefin film can produce high clarity opening new applications.
The issue also includes various industry news briefs on topics like the European Commission considering a plastic bag ban in Europe, companies expanding production capacities, and a trial by Dow showing the benefits of energy recovery from recycled plastic film.
1. 솔 라 리 움 장기유적성 코팅 PO 필름 국산화보고서 < 친수성 나노입자 코팅형 장기유적성 메탈로센 필름 >
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3. 농업용필름 개발 과정 장수필름의 개발 , 규격다변화 태동기 (1970 년대 ) 양적확대기 (80 년대 초반 ) 질적향상기 (80 년대 중반 ) 기능성시대 (90 년대 중후반 ) 자동화시대 (90 년대 초반 ) 목재 , 죽재 단동 재래식하우스 삼중 EVA 필름개발 광질전환성필름 , 안개방지필름 개발 장기성필름 개발 LDPE 장수필름 삼중 EVA 풍요필름 오래가 장기성코팅 PO 필름 (2000 년대 ) 코팅형 장기성필름 개발 솔라리움
4. [ 개발 배경 ] 1. 농촌 노동력 부족 및 인건비 상승으로 < 비닐하우스 필름 > 교체 비용의 증대 ( KW3,000 원 /3.3m2 ) 2. 플라스틱 원재료 및 가공기술력 발전으로 강도가 우수하고 투명한 제품 ( 메탈로센 ) 의 개발보급 3. 친환경 정책으로 농촌 폐비닐 억제정책 다년사용제품선호 장기성제품 1 톤사용 , 8 톤의 CO2 절감효과 4 . 일본 수입품에 대한 보조금 지급으로 ‘국고’ 낭비심각 < 지방자치단체 > 50% 구매자금 지원
19. [ 향후 추가 품질 개선계획 ] 접은 부위의 코팅 불안정에 따른 유적불량 현상 개선 . - 건조 line 의 점검 및 조정 열전달계수 (W/m 2 K) 향상을 위한 투명보온제 보강 . - 수지 및 보온첨가제 적용을 통한 물리화학적 물성향상 . 육안 투명성 ( 외부 HAZE) 개선 . - 압출기 다이스 코팅 등 외부여건 최소화 Film Scratch 발생에 의한 코팅막 손상 최소화 . - 포장 방법 개선 방안 . - 피복 시 설치방법 개선 방안 .
솔라리움 0.15*500*100=142.5kg EVA 필름 0.08*500*100 =76.8kg * 4 년 = 307.20kg /142.5kg = 2.16
수입필름 0.15*500*100=150kg*17,000 원 = 2,550,000 원 솔라리움 0.15*500*100=142.5kg*11,000 원 =1,567,500 원 삼중 EVA 0.08*500*100=76.8kg * 계통가 = 349,440 원 *5 년 =1,747,200 원 교체비용 3,000 원 ( 평 )*200 평 =600,000 원 * 4 회 = 2,400,000 원