Daily Maintenance Tasks

The most important maintenance is also the simplest. Spending 10 to 15 minutes per house every day prevents most problems before they start. Tie these tasks to your regular feeding rounds so they become part of the routine:

Rinse drinkers and flush water lines. Open the lines for one to two minutes to flush out sediment and the thin biofilm that starts to form within hours of filling. Pay special attention to the last drinker on each line, where debris collects.

Remove debris from feeders. Scoop out leftover wet feed, feathers, dust and droppings at the end of the day. Wet feed left in a chicken feeder is a magnet for mold, flies and rodents — and a direct route to digestive problems in your birds.

Do a quick visual inspection. Walk the lines and check for cracks, leaks, blocked nipples and valves that no longer shut off properly. A two-minute look now can prevent a water outage or a flooded house later.

Check water flow. Let each drinker run for a moment. A consistently slow flow usually means a blocked valve, a clogged vent or a kink in the line — all quick fixes when caught early.

Weekly Deep Cleaning: A Step-by-Step Process

Once a week, every feeder and drinker should receive a full clean. This is also the moment to clean chicken feeder surfaces properly, because weekly cleaning removes the biofilm that daily rinsing cannot shift. Follow these six steps in order.

Step 1 · Empty. Remove all remaining feed and water from the equipment so you are working with clean, empty surfaces.

Step 2 · Pre-rinse. Rinse with lukewarm water to remove loose dirt, manure and dust before any detergent is applied. Pre-rinsing makes the next steps faster and uses less chemical.

Step 3 · Scrub. Use a soft brush or plastic pad with a mild, food-safe detergent. The best detergents for HDPE poultry equipment are pH-neutral or mildly alkaline products approved for use around food and animals. Avoid abrasive pads, steel wool and harsh caustic cleaners — they scratch the polymer and shorten its life.

Step 4 · Rinse. Rinse thoroughly with clean water until no foam or detergent residue remains. Detergent left on the surface can irritate birds and stops disinfectants from working properly.

Step 5 · Disinfect. Apply a poultry disinfectant approved for your market — quaternary ammonium compounds, peracetic acid and iodophor-based products are common choices. Always follow the label for dilution rate and contact time, and never shorten the contact time to save a few minutes.

Step 6 · Air dry. Let every item dry completely before refilling or reassembling. Moisture is the single biggest ally of mold and bacteria, so never put equipment back into service while it is still wet.

Weekly deep cleaning is the heart of HDPE maintenance. Equipment that is cleaned, disinfected and dried every week will outlast identical equipment that is only ever rinsed.

All-In/All-Out Cycle Cleaning Between Flocks

The most important cleaning moment on any poultry farm is the all-in/all-out break between flocks. With the house empty, you can carry out a level of poultry equipment disinfection that is impossible during production. Use this six-stage procedure every time.

Remove equipment and disassemble. Take out all feeders, drinkers and crates, and take apart everything that can be taken apart — valves, nipples, seals and vacuum caps — so every surface is accessible.

Soak. Submerge parts in warm detergent water for the time recommended by the detergent manufacturer. Soaking loosens dried manure and mineral scale that scrubbing alone cannot remove.

Scrub and rinse. Scrub every surface, then rinse with clean water. Pay attention to threads, joints and recesses where residue hides.

Disinfect intensively. Disinfect according to the product label, giving special attention to valves, nipples, seals, threads and tank interiors — the places bacteria hide best.

Air dry and inspect. Dry everything completely and use this moment as your replacement checkpoint.

Replace worn parts now. Seals that leak, nipples that drip, cracked cups and deformed valves should be replaced during the cycle rather than left to fail in the middle of a flock. The all-in/all-out break is the cheapest time to maintain equipment, because nothing is waiting for water or feed.

Keep records. Log the date, the products used and the dilution for every cycle. Records make the next cycle faster and give you documented proof of your biosecurity programme.

Specific Product Care Tips

Jinlong feeders, drinkers and crates are designed to be low-maintenance, but a few product-specific habits keep them working at their best for years.

DTM drinkers — care for the transparent body. The transparent body of the DTM lets you check water levels at a glance, so keep it clear. Never use abrasive pads or steel wool on it: scratches cloud the plastic, make the water level hard to read and give bacteria a place to hide. Clean it with a soft cloth or plastic brush and a mild detergent, and rinse well.

DT29 / DT30 drinkers — protect the vacuum mechanism. These drinkers refill automatically using a vacuum mechanism. Check the seal and diaphragm regularly, keep the air vent clean, and make sure feed dust has not clogged the vent — a clogged vent is the most common reason a vacuum drinker stops refilling. Verify the refill cycle works after each deep clean.

DP05 drinkers — maintain the Plasson valve. The Plasson valve is the heart of the DP05. Flush it during every weekly clean, disassemble it according to the manual during the between-flock cycle, and descale it if you use hard water. Check that the plunger and spring move freely, and replace worn gaskets before they leak.

EC egg crates — sanitize between uses. Rinse off debris, wash with a mild detergent, disinfect and dry fully before stacking. Avoid high-chlorine solutions, which can stress-crack HDPE over time, and inspect every crate for cracks before it goes back into service — a cracked crate can damage eggs or the equipment below it.

Common Mistakes to Avoid

Even experienced producers make these mistakes. Avoiding them is just as important as following the cleaning steps.

Using abrasive cleaners and steel wool. Scratches on HDPE are more than cosmetic: they give bacteria and mold a permanent hiding place and weaken the surface. Use soft brushes, plastic pads and approved detergents only.

Using high chlorine concentrations. Chlorine is an effective disinfectant, but very high concentrations can degrade the polymer and cause stress cracking, especially on thin parts such as cups and valve housings. Dilute exactly as the label instructs.

Pressure washing too close. High-pressure water can force dirt and bacteria into valves and mechanisms, damage seals and bend lightweight parts. Keep a safe distance and use lower pressure for plastic equipment.

Stacking equipment while it is still wet. Stacked wet crates and drinkers stay damp for days, encouraging mold, mildew and odours — and the damp can warp lightweight parts. Always dry before stacking.

Skipping the final rinse or shortening contact time. Where the disinfectant label requires rinsing, rinse. And never cut the contact time short: a disinfectant that does not sit long enough simply does not work.