Moisture Loss
Low humidity or excessive airflow lets water leave petals and leaves faster than the stem can replenish it.
There is an increasing demand for fresh-cut flowers and other perishable goods. As a result, there is a dire need for advanced methods of storing such perishable goods.
Businesses require dependable storage of flowers and temperature-controlled warehouses that will guarantee the freshness of such flowers at all times. Controlling the temperature of flowers is important in extending their lifespan since heat increases aging and deteriorates flowers, leading to accelerated respiration rates in the flowers and consequently increased production of ethylene, thus reducing their lifespan.
Improper storage of flowers results in reduced freshness of the flowers, which consequently leads to wastage of goods and loss of money. We offer modern storage services that offer a reliable way of solving your flower storage issues. With our cold storage, businesses can store and preserve the freshness of their flowers through cold chain logistics. We provide reliable, hygienic, and affordable cold storage solutions for flowers and perishable items, making us a trusted choice for businesses looking for efficient storage and long-term freshness.
The quality and vase life of cut flowers depend on a consistent cool chain from farm to retailer. Every hour outside the correct conditions is vase life that cannot be reclaimed.
| Condition | Recommended Range | What Happens Outside It |
|---|---|---|
| Storage temperature | 1°C to 4°C for most cut flowers; 7°C to 13°C for chilling-sensitive tropical varieties | Warmer conditions speed respiration and ethylene production, ageing flowers and shortening vase life. |
| Pre-cooling | Within 1–2 hours of harvest, down to storage temperature | Delayed field-heat removal allows respiration to continue and uses the flower’s stored sugars. |
| Transport temperature | Held continuously at the same species-appropriate range | Short warm periods accelerate ageing, and later re-cooling cannot reverse the effect. |
| Relative humidity | 90% to 95% | Low humidity pulls moisture from petals and leaves, causing wilting and curled petals. |
| Ethylene exposure | As close to zero as possible | Ethylene can cause petal drop, bent neck and a dramatically shortened vase life. |
Because this safe zone is narrow, flowers need dedicated chambers controlled for temperature, humidity and ethylene, with refrigerated transport maintaining the same range.
Premature senescence commonly begins with moisture loss, ethylene exposure or restricted water uptake.
Low humidity or excessive airflow lets water leave petals and leaves faster than the stem can replenish it.
Ripening produce, exhaust and decaying plant matter can trigger wilting, bent neck and early petal drop.
Cut stems left too long or placed in contaminated water can lose the ability to draw up enough moisture.
A closely managed workflow protects each consignment from receipt to retailer delivery.
Each incoming batch is inspected for freshness, damage and condition.
Flowers are held at the correct range away from ethylene-emitting goods.
Chamber temperature and humidity are continuously recorded and checked.
Cold-room-to-vehicle handling is planned to minimise exposure to ambient heat.
Controlled conditions are maintained throughout the onward journey.
Flowers fall outside FSSAI food regulations, while exports remain subject to applicable PPQS phytosanitary rules and APEDA requirements.
Answers to common questions about flower cold storage, handling and transport.