Prep Tools

Double Honey Sieve

A two-tier strainer that filters wax and debris from freshly extracted honey.

A double honey sieve is a stainless strainer with two stacked mesh layers, coarse over fine, that sits on a bucket to filter raw honey. As extracted honey pours through, the top screen catches wax cappings and bee parts while the lower fine mesh removes smaller particles. It is a beekeeping and home-honey tool that yields clear, clean honey ready for jarring.

The double honey sieve is a two-tier gravity strainer built specifically for cleaning freshly extracted honey. Physically it is two stacked meshes — a coarse upper screen, typically 8 to 10 meshes per inch, that catches wax cappings, comb fragments, and the occasional bee part, sitting above a finer lower screen of 18 to 30 meshes per inch that polishes out smaller bits of propolis, dust, and lint. Most are food-grade stainless steel in 8-, 10-, or 12-inch diameters, sized to span a 5-gallon food-grade pail or a bottling bucket fitted with a honey gate.

What makes the configuration worth its own tool, rather than just two colanders stacked, is the order: the coarse mesh takes the bulk of the debris so the fine mesh does not blind over in the first minute. Because filtration is entirely passive — honey falls through under its own weight, with no pump or press — the result is a noticeably clearer jar than a single layer of cheesecloth produces, while natural pollen and other flavor-bearing solids remain suspended in the liquid. For the hobbyist or small-batch beekeeper working in a domestic kitchen, that balance is the point: clean-looking honey, intact pollen profile, no heat or filter aid introduced.

A double sieve is not, however, a substitute for commercial filtration. It will not deliver the brilliant, long-shelf-life clarity of diatomaceous-earth or pressure filtration, and honey destined for retail shelves and long ambient storage usually still wants a final pass through a finer system or a settling tank. For the home producer, the farmers'-market jar, or the beekeeper rendering comb honey at the kitchen counter, the double honey sieve is the right first step — often the only step — and the one piece of equipment that turns a frame of sticky comb into something you would actually hand to a neighbor.

Alternatives

Nylon Straining BagFine Mesh Sieve With CheeseclothSingle Layer Honey Strainer

Types & varieties

Coarse-and-Fine Stainless Double Sieve

The standard form: ~8–10 mesh over ~30 mesh, both stainless, sized 8–12 in.

Conical Double Honey Strainer

Italian-style cone shape; fits a wide-mouth bottling bucket, often with an integrated stand or rim hooks.

Nylon-Mesh Double Sieve

Nylon cloth stretched between two hoops; gentler on honey but less durable and harder to sanitize than stainless.

Triple Sieve / Sieve Set

Some makers sell three stacked meshes (coarse, medium, fine) for progressively clearer honey.

Bucket-Sit Honey Strainer

A double-mesh sieve with extended arms that hook over a 5-gallon (19 L) honey pail rim.

Mesh sizing, decoded

Beekeeping mesh is counted in openings per inch, and — counter to what most cooks expect — a higher number means smaller holes. The double honey sieve typically pairs an 8 to 10 mesh upper screen (openings roughly 2.5 to 3 mm across) with an 18 to 30 mesh lower screen (openings roughly 0.8 to 1.4 mm across). That ratio is what matters: the upper mesh is loose enough to let honey fall through quickly while stopping comb and bee parts, and the lower mesh is tight enough to catch the fine debris that would otherwise settle as sediment in the jar. When a product listing or recipe gives only one number, ask which mesh it refers to — and remember that a '30 mesh' sieve is finer than a '10 mesh' sieve, not coarser.

Cleaning and storage

The single most common complaint about any honey sieve is cleanup. Honey's sugars glue themselves to mesh fibers as soon as the temperature drops, and crystallized honey lodged in a 30-mesh screen is genuinely tedious to remove. The fix is preemptive: rinse the sieve under the hottest tap water you can run the moment you finish filtering, and let it soak briefly in water above ~40 °C / 104 °F if needed. Use only a mild dish soap if you must, and rinse until the water sheets off cleanly — even a faint residue will flavor the next batch of honey. Dry the sieve completely before putting it away, because trapped moisture will ferment any honey film left behind and can, over a long season of neglect, corrode or pit even stainless steel. Stored clean and dry, a stainless double sieve is essentially a lifetime tool.

Common uses

Filtering freshly extracted, unheated honey before bottlingCatching wax cappings and comb fragments coming out of an extractorRemoving bee parts, propolis bits, and hive debris from raw honeyProducing a clearer retail-ready honey while preserving natural pollen contentSitting above a settling tank so debris can be skimmed and honey can be drawn off through a honey gatePre-filtering honey before a second pass through a finer single sieve or cheesecloth for retail-clarity bottling

Tips & pitfalls

Always stack coarse over fine — the coarse mesh catches the bulk so the fine mesh does not clog immediately.
Warm honey (to around 32–38 °C / 90–100 °F) flows much faster through the sieve; cold honey stalls.
Never press or stir honey through the mesh with a spoon — that forces wax particles and air into the filtrate and clouds the result.
Work in two passes for retail-clarity: first pass through a coarse/fine double sieve, then a second pass through a finer single sieve or cheesecloth.
Rinse the sieve in hot water (above ~40 °C / 104 °F) as soon as you finish; crystallized honey in the mesh is a chore to remove.
Dry the sieve thoroughly before storing — trapped moisture can ferment residual honey and corrode even stainless steel.
For honeycomb or chunk honey, sieve the liquid portion only and add comb pieces by hand after bottling.

Good to know

Type: Two-tier gravity strainer for liquid honey
Typical Material: Food-grade stainless steel (some models use nylon mesh)
Configuration: Stacked sieves; coarse mesh on top, fine mesh on bottom
Common Mesh Sizes: Upper sieve ~8–10 mesh per inch; lower sieve ~18–30 mesh per inch
Typical Diameters: 8, 10, or 12 inches to fit standard honey buckets and gates
Filtration Method: Gravity / passive (no pressure)
Placement: Sits across a food-grade pail or settling tank with a honey gate
Primary Function: Removes wax cappings, bee fragments, propolis, and other debris from raw extracted honey