Pellet Machine Malaysia
Malaysia, a major agricultural and livestock nation in Southeast Asia, boasts abundant agricultural and forestry resources and a large-scale livestock industry. This not only provides ample room for the development of the pellet processing industry but also places stringent requirements on pellet machines in Malaysia.
Suitable pellet machine Malaysia need to be able to efficiently process various raw materials, producing high-quality biomass combustion pellets, feed pellets, cat litter pellets, and organic fertilizer pellets. This is precisely what RICHI has been doing. We have provided pelleting equipment and complete manufacturing solutions to over 50 Malaysian clients. In the process, we continuously optimize and upgrade the quality and technology of our pellet machines, and have now successfully passed the stringent international CE standard testing, helping our clients achieve stable and efficient pellet production.
Why RICHI Pellet Machine Is Suitable For Malaysia?
What kind of equipment is suitable for the Malaysian pellet market? pellet machine Malaysia has extensive experience in this area. The equipment is not only adapted to the local environment and processing conditions, but also offers a variety of models to provide suitable processing solutions for both commercial production and small-scale pelletizing projects.
Wide adaptability of raw materials
Due to abundant agricultural and forestry resources, the raw materials available to customers in different regions of Malaysia vary significantly. Therefore, the pellet mills in Malaysia use a variable frequency feeding system, which can adjust the feeding speed according to the characteristics of different raw materials, reducing blockages and raw material loss. Simultaneously, RICH has equipped the pellet mills with alloy steel ring dies and pressure rollers, which can effectively resist wear from raw materials of varying hardness and fiber content, extending the equipment’s lifespan.
Suitable for processing various types of pellets
RICHI is not a manufacturer of just a single type of equipment; based on different pellet types, we have designed and manufactured four main categories of pellet mills: feed, biomass, organic fertilizer, and cat litter pellet mills. Furthermore, to accommodate the production of pellets in various specifications, these mills feature a detachable ring die design. Producing pellets ranging from 1mm to 12mm in size requires only a simple change of the ring die. For customers in Malaysia, this undoubtedly expands the scope of potential markets they can serve.
Adapt to hot and humid environments
Malaysia experiences high temperatures and humidity year-round. Operating equipment reliably over the long term in such an environment without sustaining damage has always been a key focus for RICHI. We have placed special emphasis on enhancing equipment protection—for instance, by upgrading the motor protection rating to IP65 to minimize the risk of electrical leakage. Additionally, critical drive components feature sealed designs that prevent the ingress of moisture and dust, ensuring smoother operation. Naturally, the use of stainless steel for the pellet machine Malaysia body also plays a vital role in maintaining stable performance in this hot, humid climate.
Meet varying production capacity requirements
We do not employ a “one-size-fits-all” granulation approach. When selecting equipment, our engineers first evaluate factors such as your budget, raw materials, production capacity, and facility layout before making a recommendation. Drawing on years of project experience, we find that compact granulation models—which offer ease of operation and lower overall costs—are often best suited for startups or small-scale granulation facilities. Conversely, we recognize that large-scale commercial granulation requires industrial-grade equipment capable of continuous operation. This is why we offer different models and capacities when designing pellet mills for Malaysia – to meet the diverse needs of our customers.
From Single Pellet Machine To Complete Production Line
In Malaysia, most clients looking to achieve commercial-scale pellet production typically set up a high-efficiency pelletizing line. The pellet mill—serving as the core equipment—can be seamlessly integrated into production lines with varying output capacities, enabling continuous operation through efficient coordination with other processing stages. RICHI’s role in this process is to design scientifically sound and rational production solutions tailored to specific requirements, thereby maximizing efficiency.
Real video of the Pellet machine Malaysia
Below are real videos of RICHI Pellet machine Malaysia. You can gain a more intuitive understanding of the actual performance and application effects of our complete solution in a real project.
3-4T/H Biomass Pellets Production in Malaysia
Malaysia 5TPH Ruminant Feed Production Line
Tofu Cat Litter Production Line Project In Malaysia
Feed Pellet Machine Malaysia Project
Malaysia’s livestock and aquaculture sectors are dominated by broiler chickens, pigs, cattle, sheep, and tropical aquatic species. As farming practices shift toward large-scale, intensive operations, the demand for pelleted feed is steadily rising. However, major feed raw materials such as corn and soybean meal have long relied on imports and are frequently affected by international grain prices. This has prompted more and more feed manufacturers to seek alternatives to imported raw materials using palm by-products in order to reduce feed costs.
Given this high-fiber formulation, there are higher requirements for feed pellet processing equipment. RICHI really took this into account, which is why they added a conditioning system to their feed pellet machine Malaysia. High-temperature steam softens hard materials, making granulation easier. This technology is suitable for processing the vast majority of feed formulations. Below, for your reference, are examples of feed pelleting projects RICHI has completed for clients in Malaysia.
3–4 t/h Poultry Feed Pellet machine Malaysia Project
- Raw materials: Palm kernel expeller (PKE), soybean meal, corn, vitamin premix
- Pellet diameter: 3–4 mm
- A livestock farm planned to invest in a poultry feed processing plant. Instead of using a traditional grain-based formula, the client opted to produce chicken feed pellets using locally sourced palm kernel expeller and a small amount of imported soybean meal to reduce overall production costs. Given the tendency for raw materials to develop mold in tropical climates, staff conduct mold testing prior to granulation to ensure the materials meet processing standards.
- Based on the specific characteristics of the raw materials, we designed the following production process for the client:
- Raw material pretreatment: Magnetic separator and rotary pre-cleaning screen
- High-efficiency grinding: Grinder (hammer mill)
- Uniform mixing: Twin-shaft paddle mixer
- Pelletizing system: Maschine zur Herstellung von Hühnerfutterpellets
- Cooling and packaging: Cooler and bagging scale
Installation period: 30 days
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5–6 t/h Ruminant Feed Pellet Machine Malaysia Project for Cattle and Sheep
- Raw Material Formula: Palm kernel expeller, short palm fibers, forage, corn, and mineral premix.
- Pellet Diameter: 6–8 mm.
- Key Equipment: Forage grinder, mixer, forage pellet mill, cooling and screening system, and bagging machine.
- Customer Requirements: An efficient, easy-to-maintain livestock feed production line capable of effectively processing palm by-products to produce nutritionally balanced feed pellets for cattle and sheep.
- Customized Solution: RICHI prioritized the challenge of processing high-fiber palm-based raw materials into high-quality pellets. Before finalizing the design, we tested the customer’s raw materials to determine the specific equipment and technical parameters required. Following a comprehensive assessment, we selected the forage pellet mill as the core piece of equipment. Features such as an anti-bridging mechanism and a forced feeder ensure continuous material intake, while an enlarged pelleting chamber and enhanced extrusion capacity are critical for successfully forming pellets from high-fiber materials.
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10 t/h Fully Automated Feed Pellet Machine in Malaysia Project
- Project Background: The Malaysian government launched a smart farming initiative offering tax incentives to enterprises that utilize automated feed processing equipment. The client, a animal feed company in Malaysia, sought to capitalize on this opportunity by introducing an automated feed pelleting system.
- Key Equipment: PLC smart control system, pig feed pellet machine Malaysia, cooler, and automatic bagging system.
- Customized Solution: The production line retains the existing grinding and mixing sections while adding only the pelleting and post-processing stages, thereby reducing the overall investment cost.
- Automatic Batching System
Allows for one-touch switching between different pig feed formulas with a weighing accuracy of ±0.2%. - Automatic Monitoring System
The PLC system monitors pelleting status in real-time. It rapidly uploads data to the platform upon detecting equipment malfunctions or overloads, thereby minimizing downtime. - Automatic Packaging
Automates the weighing and bagging of pellets, reducing labor costs.
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1.5–2 t/h Shrimp Feed Pellet Machine Malaysia Project
- Feed Type: 1–2 mm South American white shrimp feed pellets
- Key Equipment: Pulverizer, ultra-fine pulverizer, mixer, shrimp feed pellet mill (with triple-layer conditioner), cooler, vibrating screen, coating machine, packaging machine
- Customer Requirements: Production of shrimp feed pellets with excellent water stability and balanced nutrition.
- Project Highlights:
- The ultra-fine pulverizer grinds raw materials into 60–300 mesh powder; finer material improves pellet formation rates. Additionally, the resulting small pellet size suits the feeding habits of shrimp, which have small mouths.
- The triple-layer conditioner extends conditioning time and enhances the degree of material gelatinization (cooking). This process ensures the pellets remain intact in the water for up to 24 hours, extending the feeding duration for shrimp.
- To enhance palatability, the customer wished to incorporate fish oil. Consequently, a vacuum coating machine was installed downstream of the cooling system to ensure uniform oil distribution.
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Biomasse Pellet Machine Malaysia project
Malaysia’s biomass pelletizing industry is flourishing, driven largely by the country’s thriving oil palm sector and supportive local policies. Malaysia generates tens of millions of tons of palm-related agricultural and forestry by-products annually. In the past, people generally used these wastes directly for burning or composting, which had low added value. furthermore, their high moisture content and bulkiness posed significant challenges for storage and transportation. Therefore, many people have begun to try using biomass pellet mill Malaysia to extrude these raw materials into high-value biomass pellets, which can be used in the energy, agriculture and bedding sectors.
1.5–2 t/h EFB Pellet machine Malaysia Project
- Project Type: EFB pelletizing + carbonization process
Raw Materials: EFB fiber, wood chips
Pellet Diameter: 6–8 mm (combustion-grade pellets); primarily used for local palm oil mill boilers and BBQ applications. - Customized Solution: A specialized Biomasse-Produktionslinie designed for a Malaysian client, featuring a dual-stage process of pelletizing and carbonization. The carbonization step stabilizes carbon content and further enhances the pellets’ combustion performance.
- Key Process Steps: Crushing → Drying → Pelletizing → Carbonization → Cooling → Screening → Packaging
- Project Highlights:
- Installationszeitraum: 30 Tage
- Equipped with a large-capacity storage silo to ensure continuous, stable material feeding.
- Utilizes a Z-type bucket elevator to keep the total height under 6 meters, fitting the existing factory space and eliminating the need for additional civil engineering costs.
- Customized Services: Production line flow chart, installation drawings
- Installationszeitraum: 30 Tage
10 t/h Biomass Pellet Machine Malaysia Project
- The client operates a palm oil mill that generates hundreds of tons of residue daily. Simply stockpiling this waste not only consumes valuable space but also leads to decomposition and unpleasant odors. After conducting research and evaluation, the client decided to process the waste into fuel pellets to create a new revenue stream.
- RICHI equipped this biomass production line with four EFB pellet machines operating in parallel. This configuration ensures that even if one unit malfunctions, production capacity is maintained, thereby preventing losses caused by a total system shutdown.
- Raw materials: EFB, palm fronds, palm shells
- Pellet size: 6–8 mm
- Key equipment: Hammer mill, wood pellet machine Malaysia (4 units), counter-flow cooler, vibrating screen, automatic bagging scale
1 t/h Cat Litter Pellet Machine Malaysia
- Raw materials: Soybean meal residue, corn starch, natural binder, activated carbon
- Pellet diameter: 2–4 mm
- Tofu cat litter has become one of the fastest-growing products in the cat litter market, presenting an excellent opportunity for manufacturers. The client, a pet supply company, sought to establish an automated production line for this type of cat litter to serve both the local market and expand into the broader Asian market.
Project Highlights: - Pelletizing system: Equipped with a conditioning system that uses steam and moisture to enhance material bonding and improve pellet formation rates.
Key Equipment: Pulverizer, mixer, Katzenstreu-Pelletiermaschine , Kühler, automatische Verpackungsmaschine. - High level of automation: The entire production process requires only 1–2 operators.
- Compact, modular layout: The production line occupies a small footprint, facilitating routine maintenance and future capacity expansion.
3T/H Organic Fertilizer pellet machine Malaysia
- This organic fertilizer production line is located near a livestock farm. It primarily processes a mixture of livestock manure, straw, palm waste, and deodorizing additives into organic fertilizer granules. The system eliminates environmental pollution caused by manure while supplying fertilizer to the client’s plantations and surrounding agricultural bases.
- Customized Solution:
- Raw materials undergo fermentation and sterilization prior to granulation, utilizing a composting machine as the primary equipment.
- The materials are then pulverized into powder by a crusher to prepare them for the subsequent granulation process.
- The specialized organic fertilizer pellet machine features a smooth stainless steel surface that resists material adhesion, thereby reducing cleaning costs.
- The granules subsequently undergo cooling and screening, followed by packaging in 40kg bags.
- An integrated deodorization and ventilation system ensures a clean and tidy workshop environment.
Equipment Cost: $430,000 USD
Different types Pellet machine Malaysia
Below are the specific specifications for four types of granulators available in Malaysia. For further details, please contact our sales team directly; they will provide professional advice on selecting the right model for your needs. Thereby helping clients enhance their competitiveness in the feed mill industry in Malaysia.
1、Animal Feed Pellet Machine Malaysia
Ultimately, the quality of feed pellets is best judged by the condition of the animals: do they readily consume the feed? Is it easily digestible? And whether they are gaining weight. Achieving these results requires not only a scientifically sound formula but also a high-quality pelleting process.
Through years of continuous optimization, RICHI animal feed pellet mills utilize a combination of conditioning and extrusion technologies to produce feed pellets that are nutritionally balanced and highly palatable. These machines are suitable for the production of feed for livestock, poultry, cat litter and aquatic species (such as fish and shrimp).
| Parameter für Pelletiermaschinen zur Tierfutterherstellung | ||||||||
| Modell | SZLH250 | SZLH320 | SZLH350 | SZLH420 | SZLH508 | SZLH558 | SZLH678 | SZLH768 |
| Leistung Hauptmotor (kW) | 22 | 37 | 55 | 110 | 160 | 185 | 250 | 315 |
| Leistung des Speisegeräts (kW) | 1.1 | 1.5 | 1.5 | 1.5 | 1.5 | 1.5 | 1.5 | 2.2 |
| Leistung des Kondensators (kW) | 1.5 | 4 | 4 | 7.5 | 7.5 | 11 | 11 | 11 |
| Innendurchmesser des Ringstempels (mM) | 250 | 320 | 350 | 420 | 508 | 558 | 673 | 762 |
| Durchmesser der fertigen Pellets (mm) | 2~12 | |||||||
| Kapazität (T/H) | 1.0-1.5 | 3-4 | 5-6 | 10-12 | 15-16 | 20-22 | 30-33 | 38-40 |
2、Biomass Pellet Machine Malaysia
The biomass pellet mill available in Malaysia is an ideal piece of equipment for waste resource utilization. It is capable of processing a wide range of raw materials, including straw, palm shells, grasses, and wood chips. Notably, the equipment’s ability to operate stably in high-temperature and high-humidity environments is due to a series of optimizations and upgrades, such as the use of corrosion- and rust-resistant materials and an automatic lubrication and cooling system.
| Parameter einer Biomasse-Pelletmühle | ||||||
| Modell | MZLH320 | MZLH350 | MZLH420 | MZLH520 | MZLH678 | MZLH768 |
| Leistung Hauptmotor (kW) | 22 | 37 | 90 | 132 | 200 | 250 |
| Anti-arching Feeder Leistung(kw) | 2.2 | 2.2 | 3 | 3 | 3 | 4 |
| Leistung der Zwangsbeschickung (kW) | 0.75 | 0.75 | 1.5 | 1.5 | 1.5 | 1.5 |
| Innendurchmesser des Ringstempels (mm) | 320 | 350 | 420 | 520 | 673 | 762 |
| Fertiger Partikeldurchmesser (mm) | 4~12 | |||||
| Ausgang (T/H) | 0.2-0.3 | 0.3-0.5 | 1.0-1.2 | 1.5-2.0 | 2.5-3.0 | 3.0-4.0 |
3、Organic fertilizer pellet machine Malaysia
The organic fertilizer granulation machine available in Malaysia can produce granules ranging from 4mm to 12mm in size. Its sealed granulation chamber design helps reduce odor pollution.
| Parameter für eine Pelletiermaschine für organischen Dünger | |||||||
| Modell | FZLH250 | FZLH320 | FZLH350 | FZLH420 | FZLH520 | FZLH678 | FZLH768 |
| Hauptmotorleistung (kW) | 22 | 22 | 37 | 90 | 132 | 200 | 250 |
| Bogenbrechende Zuführleistung (kW) | 2.2 | 2.2 | 2.2 | 3 | 3 | 3 | 4 |
| Leistung der Zwangsbeschickung (kW) | 0.75 | 0.75 | 0.75 | 1.5 | 1.5 | 1.5 | 1.5 |
| Innendurchmesser der Matrize (mm) | 250 | 320 | 350 | 420 | 520 | 673 | 762 |
| Fertiger Pellet-Durchmesser (mm) | 4~12 | ||||||
| Ausgang (T/H) | 1-1.5 | 2-3 | 3-5 | 6-8 | 9-12 | 18-22 | 22-26 |
RICHI-Dienstleistungsprozess
Von “Finden” bis “Benutzen” hat RICHI 9 Schritte für Sie festgelegt.
Anforderungsübermittlung
Kontaktieren Sie uns über Google, Messen, Vertreter, unser Website-Formular oder den WhatsApp-QR-Code. Innerhalb von 24 Stunden erhalten Sie ein detailliertes Vorauswahlformular und eine Vertraulichkeitsvereinbarung.
Prüfung & Vorschlag
Sie können 5 kg Rohmaterial an unser Labor in Zhengzhou schicken. Innerhalb von 3 Tagen erstellen wir einen Machbarkeitsbericht, Rohrleitungs- und Instrumentierungsdiagramme sowie 3D-Fabrikpläne für Ihr Pelletanlagenprojekt.
Technische und kommerzielle Klarstellung
1–2 Zoom-Meetings zur Festlegung der Kapazität, Konfiguration und Liefertermine. Nach dem Meeting erhalten Sie ein detailliertes und umfassendes Protokoll sowie die endgültige technische Vereinbarung.
Vertrag & Finanzen
Unterzeichnen Sie den Kaufvertrag und den technischen Servicevertrag und leisten Sie eine Vorauszahlung in Höhe von 30% oder stellen Sie ein Dokumentenakkreditiv zusammen mit einer Leistungsgarantie und der Produktionsplannummer für Ihr Pelletanlagenprojekt bereit.
Produktionsplanung und -überwachung
Führen Sie nach der Produktion 48-stündige Leerlaufversuche mit vollständigen Videoaufzeichnungen durch, veranlassen Sie eine CE-Prüfung durch Dritte und legen Sie den offiziellen Werksprüfbericht und die Packliste vor.
Logistik & Ankunft im Hafen
The pellet machine Malaysia is packed in wooden crates and vacuum-sealed aluminum foil packaging. We provide shipping schedules and port-arrival notifications, along with a Bill of Lading scan for your pellet plant project.
Installation vor Ort
Zwei RICHI-Ingenieure kommen vor Ort, um die Hebevorgänge, die Verkabelung, die Verrohrung und die Inbetriebnahme im Leerlauf/Lastbetrieb innerhalb von 10-25 Tagen abzuschließen. Sie erhalten außerdem ein detailliertes und genaues tägliches Installationsprotokoll und ein Protokollformular für die Inbetriebnahme.
Akzeptanz & Schulung
After the equipment passes inspection, a professional engineer will provide one-on-one operational training to the client team to ensure a rapid start-up of production.
Kundendienst & Leistungsüberwachung
RICHI bietet eine einjährige Maschinengarantie mit vierteljährlichen Nachuntersuchungen, einen 72-Stunden-Ersatzteilversand, einen 2-Stunden-Support für Miniprogramme und führt zuverlässig umfassende Nachverkaufs- und Jahresleistungsnachweise.
Häufig gestellte Fragen
During the process of purchasing a pellet machine Malaysia, you may encounter various issues. You can choose to contact us for a free consultation or refer to the frequently asked questions below for solutions.
1. What kind of pelletizing equipment can I use to produce extruded feed pellets?
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If you wish to produce expanded (extruded) feed, we recommend using an extruder.
Through the combined effects of high temperature, high pressure, and shear forces, the material rapidly expands to form porous pellets—an ideal format for surface-feeding species such as tilapia and catfish. Additionally, we supply 1.5–2 t/h pet food extruders to clients in Malaysia for dog food production.
Extruders are categorized as either single-screw or twin-screw models based on the number of screws; the primary differences lie in production capacity and processing methods. A single-screw extruder is a suitable choice if you have a limited budget, as it features a simple design that is easy to operate and maintain. Twin-screw extruders, however, offer distinct advantages when processing materials with high protein and oil content. The interaction between the two screws—compressing and shearing the material—ensures higher output and superior pellet quality, making them ideal for premium feed manufacturers who prioritize efficiency and product excellence.
Compared to standard feed, the extrusion process achieves full starch gelatinization and eliminates anti-nutritional factors, making the feed easier for fish to digest and absorb. Furthermore, the porous structure allows the pellets to float on the water surface for an extended period; this not only minimizes water pollution but also enables farmers to monitor feeding activity closely, facilitating precise feeding management.
2. What raw materials can biomass pellet machine Malaysia process?
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What raw materials can be processed by biomass pellet mills in Malaysia?
They are compatible with a wide range of biomass feedstocks, including materials specific to Malaysia such as EFB (Empty Fruit Bunch) fibers, palm kernel shells, palm press fibers, and rubberwood sawdust.
However, to achieve optimal pelletizing results, the specifications and moisture content of the raw materials must be controlled. This is particularly important for hard palm-based materials, which can have an initial moisture content of 55%–70%; attempting to pelletize them directly often leads to slippage and reduced output.
We recommend reducing the moisture content of the raw materials to 12%-16% before granulation. Simultaneously, use pulverizing equipment to refine the raw materials. These steps not only facilitate the pelletizing process but also minimize wear and tear on the machine caused by the fibrous structure of the material.
3. How should pellets be stored in Malaysia’s hot and humid environment?
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- Moisture removal. After the pellets exit the pellet mill, a cooling unit lowers their temperature to near-ambient levels. During this process, surface moisture is also removed. Maintaining a final moisture content of approximately 12% effectively reduces the risk of mold growth and cracking.
- Use sealed packaging. It is advisable to use moisture-proof bags. Once bagged, the pellets should be placed on mats or pallets to prevent contact with the ground and avoid moisture absorption.
- Dry storage environment. Ventilation and dehumidification systems can be installed in the finished product warehouse to minimize condensation.
- Proper storage management. Clearly mark production dates and avoid long-term inventory accumulation, which increases the risk of mold growth.
