Pig Feed Pellet Plant Manufacturer in India – FABON Engineering, Nashik
Pig Feed Pellet Plant Manufacturer in India – FABON Engineering, Nashik (Complete 2025 Guide)
#pig farming is rapidly becoming a high-potential agribusiness in India and many export-focused regions because pork has strong demand, #pigs have fast #Feed conversion, and modern #piggery operations increasingly depend on balanced pelleted #Feed for consistent growth, better hygiene, and efficient handling. A #pig #Feed Pellet Plant is a complete processing system that converts raw ingredients like maize, rice bran, wheat bran, soybean meal, oil cakes, minerals, vitamins, and additives into uniform, durable pellets suitable for #piglets, growers, and finishers.
FABON Engineering Pvt. Ltd., Nashik (India) designs and manufactures #pig #Feed pellet plants with practical engineering, robust build quality, and after-sales support suitable for Indian conditions as well as international markets. In this detailed article, you will learn the complete #pig #Feed pelleting process, machinery required, capacities, layout, power needs, quality control, and how to choose the right plant configuration for your #pig farm or commercial #Feed business.
1) Why Pelleted #Feed is Preferred in #pig Farming
#Feed cost is usually the largest cost in #pig production. Therefore, the goal is to reduce wastage and increase nutrient availability. Pelleting offers major advantages compared to mash #Feed:
Key benefits of #pig #Feed pellets
- Reduced #Feed wastage: Pellets don’t blow away or segregate like mash.
- Better #Feed intake & conversion (FCR): Pellets are easier to eat and digest consistently.
- Uniform nutrition: Each pellet carries similar nutrient composition, reducing sorting by #pigs.
- Improved hygiene: Conditioning and pelleting reduce some microbial load (not sterilization, but improvement).
- Easy storage & transport: Pellets flow better in silos and bags.
- Less dust: Cleaner environment and improved respiratory comfort for workers and animals.
- Better farm automation: Pellets can be fed via automatic systems more easily than loose mash.
For modern #piggery farms, pellet #Feed is not only a “quality upgrade,” it is also a system upgrade that improves farm management and performance.
2) #pig #Feed Types and Pellet Specifications
#pig #Feed depends on the age and production stage:
Common #pig #Feed categories
- #piglet starter #Feed (high protein, digestible, fine pellets)
- Grower #Feed
- Finisher #Feed
- Sow and lactation #Feed
- Boar #Feed (specialized nutrition sometimes required)
Pellet size guidelines (typical industry practice)
- #piglet: 2 to 3 mm
- Grower: 3 to 4 mm
- Finisher: 4 to 5 mm
Pellet length is usually controlled by knife settings and die speed, typically 10–25 mm, depending on customer preference.
3) Overview of a #pig #Feed Pellet Plant
A complete #pig #Feed pellet plant generally includes:
- Raw material receiving and storage
- Grinding (size reduction)
- Weighing and batching
- Mixing (homogeneous blend)
- Conditioning (steam / moisture / temperature)
- Pelleting (die + rollers)
- Cooling (counterflow cooling)
- Crumbling (for #piglets, if required)
- Sieving & fines return
- Bagging & stitching or bulk loading
FABON Engineering offers plant designs from small farm-scale to commercial #Feed mills, with options for semi-automatic or fully automatic lines.
4) #pig #Feed Pellet Plant Process Flow – Step by Step
Step 1: Raw Material Handling
Raw materials may be received in bags or bulk. Materials like maize, wheat, sorghum, and grains are stored separately from oil cakes and mineral premix.
FABON solutions include:
- Bag unloading station / hopper
- Screw conveyors and bucket elevators
- Magnetic separator (protects machines from metal pieces)
- Storage bins / day bins
Why magnets are critical: Even a small iron piece can damage hammer mill screens, mixer blades, and pellet die/roller.
Step 2: Grinding / Size Reduction (Hammer Mill)
Proper grinding improves mixing and pellet quality. #pig #Feed generally requires moderate grinding: not too fine (dusty), not too coarse (poor digestibility and weak pellets).
Typical target particle size:
- #piglet #Feed: finer (but still controlled)
- Grower/finisher: moderate
FABON provides heavy-duty hammer mills with:
- Strong rotor design
- Replaceable hammers
- Interchangeable screen sizes
- Stable RPM and vibration control
Grinding quality impacts:
- Pellet durability (PDI)
- Pellet mill capacity
- Energy consumption
- Animal digestion performance
Step 3: Batching and Weighing (Manual / Semi-auto / Auto)
Correct formulation is critical. A commercial plant uses batching scales and automation to reduce human error.
Options:
- Manual batching for small plants
- Semi-automatic batching with hopper scales
- Automatic batching with PLC-controlled load cells, multiple bins
Step 4: Mixing (Ribbon / Paddle Mixer)
Mixing ensures uniform distribution of protein meals, minerals, vitamins, salt, and additives.
Mixing objectives:
- Consistent nutrient distribution
- Better pellet quality
- Reduced segregation
FABON mixers are designed for:
- Fast mixing time (efficient productivity)
- High homogeneity
- Easy discharge
- Optional liquid addition system (molasses/oil)
Note: If using oil or molasses, the correct system must ensure uniform spraying and avoid lumps.
Step 5: Conditioning (Steam / Moisture / Heat)
Conditioning is a key part of pelleting. It improves pellet binding, reduces die wear, and increases output.
What happens in conditioning:
- #Feed gets moisture and heat
- Starch gelatinization improves binding
- Pellet becomes stronger and more durable
Typical conditioning temperature depends on formula and equipment; the operator targets the best range for pellet quality without nutrient damage.
FABON can provide:
- Single conditioner or optional double conditioner
- Steam control system
- Safety and drain arrangement
Step 6: Pelleting (Pellet Mill)
Pelleting compresses the conditioned mash through a die using rollers.
Main pellet mill parts:
- Die (ring die or flat die depending on model)
- Rollers
- Main motor and gearbox
- #Feeder
- Conditioner
- Knife cutting system
Pellet quality factors:
- Die compression ratio
- Roller adjustment
- #Feed formulation (fiber, starch, fat)
- Moisture/steam quality
- Proper grinding size
- Correct cooling
FABON Engineering designs pellet plants so that the pellet mill operates stable, with proper #Feeding, minimal choking, and controlled load.
Step 7: Cooling (Counterflow Cooler)
Fresh pellets are hot and soft. Cooling removes heat and moisture and hardens the pellets.
Benefits of cooling:
- Prevents mold during storage
- Increases durability
- Reduces breakage
- Improves bagging quality
Cooler selection depends on capacity and pellet characteristics. FABON provides cooling systems optimized for Indian climate and power conditions.
Step 8: Crumbling (Optional – Especially for #piglets)
For #piglet #Feed, many farms prefer crumbles instead of pellets for easy eating.
Crumblers break pellets into uniform granules.
- Adjustable roller gap
- Controlled crumb size
- Less fines
Step 9: Screening and Fines Return
A vibrating screener separates:
- Finished pellets/crumbles
- Fines and broken particles
Fines are often returned to pelleting to reduce waste and improve yield.
Step 10: Bagging, Stitching and Dispatch
Most Indian #Feed plants use bagging scales and stitching machines.
Options:
- Manual bagging + stitching
- Semi-automatic bagging
- Automatic bagging with conveyor to stacking
Standard packaging:
- 25 kg / 30 kg / 50 kg bags (as per customer and market)
5) Plant Capacities Offered for #pig #Feed Pellet Production
FABON Engineering can offer #pig #Feed pellet plants in various capacities:
Small farm-scale (For self-consumption)
- 200–300 kg/hr
- 500 kg/hr
Medium commercial
- 1 TPH (1000 kg/hr)
- 2 TPH (2000 kg/hr)
Large commercial #Feed mills
- 3–5 TPH and above (custom engineered)
Capacity depends on:
- Formula type (fiber/oil content)
- Grinding fineness
- Conditioning quality
- Pellet die and motor power
- Cooling and conveying design
6) Key Machines in a FABON #pig #Feed Pellet Plant
Here’s a standard machinery list (may vary by model and automation level):
- Raw material hopper & #Feeder
- Magnetic separator
- Hammer mill with cyclone / dust collection
- Bucket elevator & screw conveyors
- Batch bin / weighing system
- Ribbon / paddle mixer
- Conditioner (steam)
- Pellet mill (with #Feeder)
- Cooler + blower
- Crumbler (optional)
- Vibrating screener
- Bagging system and sewing machine
- Control panel (manual/PLC)
- Airlock, ducting, filter (dust control)
7) Automation Levels (Manual to Fully Automatic)
A) Manual / Basic Plant
Best for small farms and startups.
- Manual batching and bag #Feeding
- Lower investment
- Requires more manpower
B) Semi-automatic Plant
Best balance for growing businesses.
- Semi-auto batching
- Central panel
- Better consistency
C) Fully Automatic Plant (PLC)
For commercial #Feed businesses.
- Automatic dosing from bins
- Load cell-based batching
- Minimal formulation error
- Higher productivity and traceability
8) Layout Planning and Space Requirement
Space depends on capacity and whether you use vertical (tower type) or horizontal layout.
Typical layout types
- Horizontal layout: easy installation, suitable for medium plants
- Vertical layout: uses gravity flow, more compact footprint, ideal for larger capacities
Important layout considerations:
- Raw material storage area
- Clean and dry room for premix
- Steam boiler and conditioning area
- Electrical panel room
- Finished goods warehouse
- Truck loading and movement space
FABON Engineering supports customers with basic layout planning to ensure smooth material flow and safe operation.
9) Power Requirement (General Guidance)
Power depends on plant size and machines (hammer mill + pellet mill consume most power).
Typical power distribution:
- Hammer mill: high load
- Pellet mill motor: high load
- Cooler fan and blower: medium
- Conveyors, mixer: low to medium
For exact power calculation, the final configuration (TPH, motor sizes, number of conveyors, automation) must be considered.
10) Steam Boiler and Utilities
If using steam conditioning:
- Boiler capacity depends on pelleting rate and conditioning settings.
- Good steam quality (dry steam) improves pellet consistency.
- Proper condensate drainage is essential.
Utilities include:
- Water supply
- Compressed air (for some automation/bagging systems)
- Ventilation and dust control
11) Raw Materials Used in #pig #Feed Pellets
Common ingredients in #pig #Feed:
- Maize / broken rice / wheat
- Rice bran / wheat bran
- Soybean meal
- Groundnut cake / mustard cake (as per availability)
- Fish meal or other protein sources (as per formulation)
- Minerals, salt, vitamins
- Oil (for energy and pellet finish)
- Enzymes and additives (optional)
Pellet plant must be flexible to handle seasonal ingredient changes without major downtime.
12) Quality Parameters for #pig #Feed Pellets
A professional plant should monitor these:
A) Pellet Durability (PDI)
Higher PDI means fewer broken pellets.
B) Moisture
Safe moisture reduces mold risk.
C) Uniform pellet size
Ensures consistent #Feeding.
D) Fines percentage
Lower fines improve customer acceptance.
E) Mixing uniformity
Ensures accurate nutrient distribution.
FABON plants are designed to produce stable pellets with controlled cooling and screening to reduce fines.
13) Common Challenges in #pig #Feed Pelleting (and Solutions)
Problem 1: Pellets breaking / too many fines
Reasons:
- Poor conditioning
- Wrong die compression
- Too much oil in formula
- Improper cooling
Solutions:
- Improve conditioner performance
- Select correct die
- Control oil addition
- Optimize cooler airflow
Problem 2: Pellet mill choking
Reasons:
- Too much moisture
- Improper #Feeding
- Wrong roller adjustment
- Foreign material
Solutions:
- Set proper #Feeder speed
- Correct steam control
- Use magnet and cleaner
- Adjust rollers properly
Problem 3: High power consumption
Reasons:
- Very fine grinding
- Worn hammers/screens
- Poor die condition
Solutions:
- Optimize screen size
- Replace worn hammers
- Maintain die & rollers
14) Maintenance and Spare Parts Planning
A #Feed plant is a continuous production system. Preventive maintenance avoids major downtime.
Critical wear parts:
- Hammer mill hammers & screens
- Pellet die and rollers
- Bearings
- Belts and couplings
- Mixer paddles/ribbon edges
- Cooler screens
FABON Engineering can provide recommended spare parts list and preventive maintenance checklist based on your selected model.
15) Safety and Dust Control in #Feed Plants
#Feed mills can create dust, and dust must be controlled for worker safety and machine life.
Essential safety features:
- Emergency stop buttons
- Belt guards and coupling guards
- Earthing of machines
- Proper cable management and MCC
- Dust collector / cyclone / filter bag system (as needed)
- Safe boiler operation and steam line insulation
16) How to Choose the Right #pig #Feed Pellet Plant
Before purchasing, clarify:
- Capacity (kg/hr or TPH)
- #Feed type (#piglet crumble, grower pellets, finisher pellets)
- Raw material availability
- Automation level
- Space and layout
- Budget and ROI plan
- Power supply condition
- After-sales service availability
FABON Engineering typically helps customers match plant selection with business requirements, ensuring the plant is not under-designed or over-designed.
17) #pig #Feed Pellet Plant Business Opportunities
A) Farm-based pellet production
- Use your own grains and byproducts
- Control #Feed quality
- Reduce dependency on external #Feed suppliers
B) Commercial #Feed production
- Supply #Feed to nearby #pig farms
- Branding and distribution opportunities
- Consistent demand if quality and price are competitive
C) Export market opportunities
Many regions in Asia and Africa are increasing livestock and #Feed production and seek reliable Indian machinery suppliers.
FABON’s manufacturing base in Nashik supports export-ready packaging and documentation, depending on project needs.
18) Why Choose FABON Engineering, Nashik
When selecting a #pig #Feed pellet plant supplier, reliability matters as much as capacity. FABON Engineering focuses on:
- Robust machine construction
- Practical designs for Indian operating conditions
- Support for multiple capacities
- Integration of grinding, mixing, pelleting, cooling and packing
- Service support and guidance for operation and maintenance
If you are planning to start or expand #pig #Feed manufacturing, a properly designed FABON #pig #Feed pellet plant can help you achieve consistent pellet quality and sustainable production.
19) FAQs – #pig #Feed Pellet Plant
Q1. Can one plant produce both #pig #Feed and poultry/cattle #Feed?
Yes, with correct formulation, die selection, and cleaning protocol. Many commercial #Feed mills run multiple #Feed types.
Q2. Is steam conditioning compulsory?
For best pellet durability and output, steam conditioning is highly recommended, especially in commercial plants.
Q3. Can #piglet #Feed be made in crumbles?
Yes. Pellets can be produced and then passed through a crumbler to make #piglet-friendly crumbs.
Q4. What is the typical manpower requirement?
It depends on automation. Manual plants need more manpower; automatic plants need fewer operators but more technical control.
Q5. What bag size is best for #pig #Feed pellets?
Common bag sizes are 25 kg and 50 kg, depending on your market and customer preference.
A #pig #Feed Pellet Plant is a strategic investment for #pig farms and #Feed entrepreneurs aiming for consistent animal performance, better #Feed hygiene, and improved profitability. From raw material handling to grinding, mixing, conditioning, pelleting, cooling, and packing, every stage impacts pellet quality and operating cost.
FABON Engineering Pvt. Ltd., Nashik provides complete #pig #Feed pellet plant solutions for different capacities and budgets—helping customers produce durable pellets and build a reliable #Feed production system.