MEDILAB Plantation Pots are sturdy, reusable polypropylene containers designed for growing, nurturing, and transporting plants in controlled laboratory or greenhouse conditions. Their extended downward rim ensures safe and comfortable lifting, even when filled. Equipped with precision-placed drainage holes, these pots promote healthy root development and moisture balance. They are ideal for scientific cultivation, botanical studies, and nursery operations requiring reliability and long service life.

Key Features

• Extended downward rim for firm, ergonomic, and safe handling
• Pre-designed drainage holes for effective water outflow and root aeration
• High-strength polypropylene ensures long-term durability and crack resistance
• Lightweight yet robust design, easy to move and manage
• A stable structure prevents tipping when soil is added
• Reusable and easy to clean for repeated cycles in research or nursery environments
• Available in four different sizes to suit multiple plantation or research requirements

Material Specifications

• Material: Laboratory-grade Polypropylene (PP)
• Thermal Properties: Heat-stable; retains shape under moderate temperature variations
• Chemical Resistance: Inert to common fertilisers, soil additives, disinfectants, and water-based solutions
• Mechanical Properties: Tough, impact-resistant, non-brittle construction
• Manufactured Under: ISO 9001:2015 certified quality system

Technical Specifications

• Available Sizes: As per the standard size table
• Design: Tapered pot body with extended rim and bottom drainage pattern
• Tolerance / Accuracy: Not applicable (structural product)
• Calibration: Not required
• Accessories Included: Standard PP Plantation Pot (size as ordered)

 Handling & Precautions

• Suitable for indoor and outdoor controlled environments
• Clean using mild detergents; avoid abrasive tools that may scratch the surface
• Do not expose pots to direct flame or temperatures exceeding PP stability limits
• Ensure drainage holes remain unobstructed for optimal plant growth
• Store stacked pots in a cool, shaded area to maintain longevity
• Avoid using aggressive chemicals that may degrade polypropylene

Applications

• Scientific plant research: botany, agronomy, horticulture, and plant physiology studies
• Greenhouse & nursery operations for seedling development and propagation
• Biotech and agricultural R&D for controlled growth experiments
• Environmental science laboratories for soil behaviour and irrigation research
• Educational & academic institutions for practical plant-based training
• QC/QA in fertiliser, soil, and agrochemical testing

These pots support consistent, controlled growth environments, making them valuable across scientific, industrial, and commercial horticultural workflows.