Agriculture

Polyolefins are the dominant polymer family in agricultural applications, delivering cost-effective, durable, and weather-resistant solutions across crop production, water management, and storage. LDPE and LLDPE films serve greenhouse covering, mulch films, silage films, and tunnel structures — protecting crops from adverse weather, suppressing weed growth, and extending growing seasons. HDPE provides rigid irrigation pipes, drainage systems, and large-volume water storage tanks offering corrosion-free, long-service-life alternatives to metal infrastructure. PP woven fabrics and tapes deliver bulk bags, ground cover textiles, and shade nets serving harvesting, storage, and crop protection applications. Multilayer polyolefin silage stretch films combining LLDPE and EVA layers provide superior oxygen barrier and mechanical strength preserving forage quality through extended storage periods.

Engineering plastics serve precision agricultural equipment and infrastructure where mechanical performance, UV resistance, and chemical compatibility are critical. PA and POM deliver precision components in irrigation drip emitters, sprinkler systems, and fertigation equipment requiring dimensional stability and resistance to fertilizer and pesticide chemical environments. Fiber-reinforced PP and PA compounds serve structural components in agricultural machinery, greenhouse framework connectors, and harvesting equipment demanding strength-to-weight optimization. ABS compounds provide UV-stable housings for agricultural sensors, weather monitoring equipment, and precision farming electronic systems exposed to prolonged outdoor conditions. PVC remains extensively used in irrigation piping, greenhouse profiles, and rainwater harvesting systems combining chemical resistance with cost efficiency.

Masterbatch and additive systems are essential in extending agricultural polymer product service life and functional performance under demanding outdoor conditions. UV stabilizer masterbatches and UV absorber combinations are critical in greenhouse films, mulch films, and irrigation systems, providing precisely engineered service life from one season to multiple years depending on application requirements. Thermochromic masterbatches in greenhouse films optimize light transmission and temperature management for specific crop requirements. Antifog masterbatches maintain greenhouse film light transmission by preventing moisture condensation reducing crop photosynthesis efficiency. Black carbon black masterbatches provide UV protection and thermal management in irrigation pipes and water storage tanks.

Antistatic and dust-inhibiting chemical treatments maintain cleanliness and handling efficiency of agricultural films and packaging during field deployment and storage operations.