1–2 T/H Chick Feed Pelleting Machine for Growth Stage Nutrition in Nigeria

Define the Feed the Chick Will Actually Eat

The product leaving the pellet die is an intermediate. A 3 mm ring die forms parent pellets with a target length of 5–8 mm. After cooling, the pellets pass through the existing crumbler and screen to produce starter feed with a target crumble size of 1.5–3.0 mm.

The example feeding programme uses screened crumble for days 0–10 and an approved early-grower recipe for days 11–18. The latter can retain crumble form while the farm assesses readiness for its next feed. Phase boundaries follow the flock’s feeding programme, rather than an automatic weekly die change.

Growth-stage nutrition comes from the formulation: energy, amino acids, minerals and other nutrients must suit the birds. Changing pellet diameter does not change that nutrient balance. Using one parent-pellet die also lets the mill change recipes without dismantling the press at every phase change.

A Small Press Beside the Main Feed Mill

The SZLH250 has a published reference capacity of 1–2 T/H. This application uses a conservative 1 T/H scheduling basis until the actual starter formulas have been tested. Its purpose is to separate short starter runs from the main mill’s longer production campaigns.

Six productive hours per day, five days per week and 50 production weeks give 1,500 tonnes of gross annual press output. Saleable crumble depends on moisture change, screenings, reprocessing and losses. Recycled material must not be counted again as new production.

Maize and Soybean Meal Need Consistent Preparation

The ingredient base is maize and properly processed soybean meal, with vegetable oil, mineral sources and premixes weighed to the nutritionist’s recipe. Wheat offal is included only where the approved nutrient and fibre specifications allow it. No fixed ingredient percentages are assumed for every stage.

The existing animal feed hammer mill prepares cereal ingredients to an initial mean particle-size target of 0.8–1.2 mm, checked by sieve analysis. Screen selection depends on the actual grinder and material. Incoming mixed mash is planned at 12–13% moisture on a wet basis.

Grain receiving checks cover moisture, mould damage, foreign material and the mill’s mycotoxin specifications. Pelleting cannot make unsuitable ingredients acceptable. Soybean meal quality and residual oil also matter when selecting the die’s effective working length and conditioning settings.

Make Crumble Quality the Release Test

Steam conditioning prepares the mash before it enters the die. The trial plan records mash temperature, moisture, steam condition and residence time together. Temperature settings must also suit the processing limits of the additives in each recipe.

The feed pellet machine discharges into the existing cooler before crumbling. Breaking hot, soft pellets can create a different particle distribution from breaking cooled pellets, so the crumbler must be assessed under its intended operating conditions.

Roller gap and feed rate are adjusted using sieve results. Oversized pieces return for controlled re-crumbling; fines follow the approved reprocessing route. The return flow consumes equipment capacity and needs to be included when checking the downstream system.

Acceptance sampling follows the feed through screening, bagging and delivery handling. The useful measure is the amount of suitable crumble reaching the chick feeder. A strong parent pellet alone cannot establish finished-feed quality, and physical feed tests cannot establish a specific improvement in feed conversion.

Keep Starter Batches Clear of Other Feed Orders

A dedicated press helps with scheduling, but shared mixers, conveyors and bins still require controlled batch changes. Ingredient addition, flushing, product identification and release procedures follow the mill’s feed safety programme, including any restrictions associated with particular additives.

The production record links each batch to its formulation, ingredient lots, die, conditioning settings and crumble sieve results. That makes it possible to investigate a dusty delivery without assuming that every problem starts inside the feed pellet mill.

Wear-part planning follows inspected condition and tonnes processed. Ring dies and roller shells are not assigned a fixed service life in hours without operating records. Spare-part identification should include the machine configuration and die drawing.

Fit the Station to the Available Steam and Power

The electrical design basis is 400 V, 50 Hz, three-phase, checked against the site transformer or generator supply before manufacture. Starting current, voltage stability and simultaneous auxiliary loads determine the required electrical provision; the 22 kW main motor does not represent the whole station.

The boiler connection needs suitable steam pressure control and condensate removal. Available steam is checked while other factory users are operating. Water treatment, boiler operation and steam piping remain part of the existing utility system.

Layout drawings establish feeder access, conditioner height, hot-pellet discharge and maintenance clearance. The installation envelope and foundation loads are confirmed from the final arrangement. The operating plan allows one pellet-station operator and one packing or handling assistant, with boiler and maintenance duties supported by the existing team.

Delivery planning can use Qingdao departure and a Lagos cargo terminal at Apapa or Tin Can Island, followed by road transport to Ogun State. The forwarder confirms the booked terminal, clearance arrangements and inland access. Transit and installation periods belong in the delivery agreement.

For a chick feed pelleting machine for growth stage nutrition in Nigeria, start the enquiry with the chick-placement calendar and weekly starter-feed requirement. Add the proposed recipes, desired crumble distribution and existing cooler, crumbler and screen capacities. RICHI Machinery can then assess the SZLH250 package, die specification and installation interfaces against the feed your farms actually need.