Growli

Soil & potting mix

Best soil for Queen's Tears (Billbergia nutans)

Also called Queen's Tears, Friendship Plant, Queen's Tears Bromeliad, Tartan Flower, Angel's Tears.

More about queen's tears

About Queen's Tears

Billbergia nutans · also called Queen's Tears, Friendship Plant · tropical

Queen's Tears (Billbergia nutans) is an easy-going epiphytic bromeliad forming arching grassy rosettes that send up pink-bracted, blue-edged pendant flowers in spring. Give it bright indirect light, soft water in its central cup, and fast-draining soil. ASPCA does not list it, so treat as mildly toxic and confirm with a vet.

Preferred mix: Free-draining, slightly acidic epiphyte / bromeliad mix

Watch for — Brown, crispy leaf tips: Usually low humidity, hard-water mineral buildup, or salt from over-fertilising. Switch to rainwater or distilled water, raise humidity, and flush the mix occasionally.

Why queen's tears needs this mix

Queen's Tears drinks mostly through its central cup, not its roots — so it wants a light, open, fast-draining bark mix and only a shallow pot.

For the full picture on what makes up a good mix, see our guide to the main types of soil and potting media — it explains why each ingredient above behaves the way it does.

What goes wrong with the wrong mix

The wrong soil is one of the most common reasons queen's tears struggles, and the damage often shows up weeks later as a watering problem. For this species specifically:

Potting queen's tears deep in ordinary compost as if the roots do the feeding. Use a shallow pot of open bark mix and keep the soil only barely moist.

pH — does it matter for queen's tears?

Queen's Tears likes a slightly acidic mix (around pH 5.0-6.0), which a bark-based blend gives naturally. Cup-water quality matters more than soil pH — use rain or filtered water.

If you want to check or adjust it, the soil pH guide walks through testing and the safe ways to nudge a mix more acidic or more alkaline.

DIY mix vs a bagged one

A bagged epiphytic or orchid mix works well for queen's tears with a little extra perlite. The DIY ratio above is easy and cheap if you already keep orchids.

Drainage and the pot

A shallow, well-drained pot is ideal — the rootball should never sit in water. Keep the central cup topped up instead; that is how the plant actually drinks.

Queen's Tears rarely needs repotting — it flowers once then produces pups. Move pups to fresh bark mix; bark breakdown is slow enough that the parent rarely needs it. When the time comes, our repotting guide for queen's tears covers the timing and technique step by step.

Queen's Tears soil — frequently asked questions

What is the best soil mix for queen's tears?

2 parts orchid bark or coarse epiphytic mix : 1 part perlite : 1 part peat-free compost. Queen's Tears is an epiphyte: its small root system mainly clings on, while the rosette "tank" does the drinking — so the mix only needs to anchor it and breathe.

Can I use normal potting soil for queen's tears?

Dense, water-holding compost rots queen's tears at the base where the leaves meet the soil — the rosette can look fine while the crown is already failing. A bagged epiphytic or orchid mix works well for queen's tears with a little extra perlite. The DIY ratio above is easy and cheap if you already keep orchids.

Does queen's tears need a special pH?

Queen's Tears likes a slightly acidic mix (around pH 5.0-6.0), which a bark-based blend gives naturally. Cup-water quality matters more than soil pH — use rain or filtered water.

Should I buy a bagged mix or make my own for queen's tears?

A bagged epiphytic or orchid mix works well for queen's tears with a little extra perlite. The DIY ratio above is easy and cheap if you already keep orchids.

How often should I refresh the soil for queen's tears?

Queen's Tears rarely needs repotting — it flowers once then produces pups. Move pups to fresh bark mix; bark breakdown is slow enough that the parent rarely needs it. A shallow, well-drained pot is ideal — the rootball should never sit in water. Keep the central cup topped up instead; that is how the plant actually drinks.

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