A stainless steel mixer delivers reliable blending performance for feed, food, pharmaceutical, chemical, fertilizer, and cosmetic industries. Designed for powders, granules, premixes, and liquid-added materials, it provides hygienic mixing solutions with paddle and ribbon configurations.
A stainless steel mixer is designed for industries requiring clean, reliable, and uniform blending of powders, granules, and liquid-added materials. The mixer uses rotating paddles or ribbons to create continuous material movement, achieving thorough mixing with minimal segregation. Paddle-type and ribbon-type models are available to match different material characteristics, while the mixing elements ensure even distribution through controlled horizontal movement and blending. Supported by successful projects in multiple countries, we help customers select and customize the right mixer for their production requirements.
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Our stainless steel mixers are designed for powder, granule, and liquid-added materials that require high cleanliness and uniform distribution. Typical applications include feed premixes, complete feeds, pet food, flour, baking ingredients, spices, dairy powders, protein powders, pharmaceutical intermediates, and other sensitive formulations requiring precise mixing.
Feed Premix & Complete Feed
Flour & Bakery Ingredients
Dairy Products & Protein Powder
Pharmaceuticals & Intermediates
Cosmetic Raw Materials
Pet Food Raw Materials
We serve customers across feed production, food processing, dairy nutrition, pharmaceuticals, health supplements, pet food, cosmetics, and personal care industries. Whether producing hygienic powders, nutritional blends, or specialty formulations, manufacturers requiring safe and consistent mixing can benefit from our customized stainless steel mixer solutions.
Feed & Premix Production Enterprises
Food & Bakery Ingredient Processors
Dairy & Nutritional Product Manufacturers
Cosmetics & Personal Care Manufacturers
Pet Food Production Enterprises
Pharmaceutical & Nutraceutical Manufacturers
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The performance of a stainless steel mixer depends on the coordination of each mechanical component. From the mixing chamber and mixing elements to the drive system and discharge structure, every part is designed according to material characteristics, mixing accuracy, and production requirements. The following key components demonstrate the engineering considerations behind our equipment design.
The mixing chamber is the main working area where materials are blended. It is manufactured according to the selected material requirements, with stainless steel construction available for applications requiring hygiene, corrosion resistance, and easy cleaning. The chamber design provides sufficient space for material circulation, helping achieve stable mixing performance while reducing material residue after discharge.
The mixing element is the core component that determines material movement and blending efficiency. Depending on the application, our stainless steel mixer can be equipped with paddle assemblies or ribbon structures. Paddle designs provide strong three-dimensional movement for precise mixing, while ribbon designs create continuous axial circulation suitable for powder and granule blending.
The drive system provides stable power transmission to the mixing shaft, ensuring consistent operation during each batch cycle. Different stainless steel mixer models use suitable direct connection or chain transmission structures according to capacity and equipment design. Proper selection of the drive configuration helps maintain reliable performance under continuous industrial production conditions.
The main shaft transfers rotational force from the drive system to the mixing components. It is precisely manufactured and supported by reliable bearing arrangements to maintain smooth rotation and reduce vibration during operation. The shaft design is selected based on mixer size, material load, and working conditions to ensure long-term mechanical stability.
The discharge structure controls the release of mixed materials after completion of the mixing cycle. Different configurations, including manual and pneumatic discharge options, can be selected according to production requirements. A properly designed discharge system helps minimize material retention and supports efficient operation in feed, food, chemical, and other processing industries.
For applications requiring oil, water, molasses, or other liquid additives, the stainless steel mixer can be equipped with a liquid spraying system. The spray arrangement is designed to distribute liquids evenly during mixing, preventing local concentration and improving the consistency of the final product. This feature is widely used in feed, food, and specialty material processing.
For industries with strict hygiene requirements, equipment accessibility and cleaning efficiency are important considerations. The stainless steel mixer can be designed with suitable inspection openings and smooth internal surfaces to facilitate maintenance and cleaning. These structures help reduce material buildup and support applications requiring frequent product changes.
The equipment material selection depends on the characteristics of the processed materials and the required production environment. Stainless steel construction is commonly used for applications involving hygiene standards, corrosion resistance, or contamination control. Surface treatment and fabrication quality directly influence equipment durability, cleanliness, and long-term operating reliability.
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With years of experience in stainless steel mixer manufacturing and global project delivery, RICHI has completed mixing equipment projects for customers in feed, pet food, food ingredients, and other industries. These videos showcase real equipment applications, including project design, manufacturing details, on-site conditions, and our professional service throughout the cooperation process.
This project video shows a stainless steel mixer used in a 5–6 t/h fish feed production line in Russia. The customer uses it for premix blending and also selected a single-shaft paddle mixer for other feed materials.
This factory video shows the completed stainless steel mixer before delivery. It allows customers to view the manufacturing quality, structure details, and production standards of our mixing equipment.
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Every production process has unique requirements. We customize the stainless steel mixer according to material characteristics, mixing targets, batch size, and factory layout, ensuring the equipment matches each customer's actual production conditions.
RICHI provides paddle and ribbon mixing solutions to handle different material behaviors. Whether processing sensitive premixes, powder formulations, or liquid-added materials, customers can choose a suitable stainless steel mixer configuration for reliable results.
With extensive equipment manufacturing experience, we control the entire process from design and fabrication to assembly and testing. Our stainless steel mixer production follows strict quality standards to provide durable equipment for global customers.
From laboratory-scale and small batch production to large industrial processing lines, our mixer models cover various output requirements. Customers can select equipment according to current production needs while allowing future expansion possibilities.
Beyond supplying individual machines, we provide technical assistance throughout the project process, including model selection, process design, manufacturing, installation guidance, and after-sales support for stainless steel mixer applications.
RICHI has supplied mixing equipment for customers in multiple countries and industries. This practical project experience allows us to provide more accurate recommendations and avoid common issues during equipment selection and production operation.
Our stainless steel mixer combines proven manufacturing experience, flexible engineering, and application-focused design to meet the requirements of different industries. With professional production capabilities and customized solutions, RICHI helps customers select the right mixing equipment for their materials, capacity, and processing goals.
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Our stainless steel mixer range covers different production scales, from compact batch mixing applications to large industrial processing systems. We provide paddle and ribbon mixing designs with multiple models, capacities, and configurations, while also offering customization based on material characteristics, production targets, and factory requirements.
| Model | Motor Connection | Power (kW) | Mixing Amount per Batch (kg/P) | Effective Volume (m³) |
|---|---|---|---|---|
| SLHJ1A | Direct connection | 11 | 500 | 1 |
| SLHJ1B | Direct connection | 11 | 500 | 1 |
| SLHJ2A | Direct connection | 22 | 1000 | 2 |
| SLHJ2B | Direct connection | 22 | 1000 | 2 |
| SLHJ3A | Direct connection | 30 | 1500 | 3 |
| SLHJ4A | Direct connection | 37 | 2000 | 4 |
| SLHJ6A | Direct connection | 55 | 3000 | 6 |
| SLHSJ0.5A | Chain | 5.5 | 250 | 0.5 |
| SLHSJ0.5B | Chain | 5.5 | 250 | 0.5 |
| SLHSJ1.0A | Chain | 7.5 | 500 | 1 |
| SLHSJ1.0B | Chain | 7.5 | 500 | 1 |
| SLHSJ2.0A | Chain | 18.5 | 1000 | 2 |
| SLHSJ4.0A | Chain | 30 | 2000 | 4 |
| SLHY0.5A | - | 4 | 250 (manual discharge) | 0.5 |
| SLHY1.0A | - | 7.5 | 500 (manual discharge) | 1 |
| SLHY1.0A | - | 7.5 | 500 (pneumatic discharge) | 1 |
| SLHY2.5L | - | 18.5 | 1000 (pneumatic discharge) | 2.5 |
| SLHY3.5L | - | 30 | 1500 (pneumatic discharge) | 3.5 |
| SLHY5.0L | - | 37 | 2000 (pneumatic discharge) | 5 |
| SLHY7.5L | - | 45 | 3000 (pneumatic discharge) | 7.5 |
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A Russian poultry feed manufacturer required a reliable mixing solution for producing chicken feed premixes used in broiler and layer feed production. The project selected an SLHJ4A mixer to blend vitamin powders, mineral additives, amino acids, and carrier materials. The finished premixes are supplied to local poultry feed plants with a batch capacity of approximately 2 tons.
“The mixer provides stable operation and achieves the uniformity required for our premix formulas. The equipment performance meets our daily production expectations.”
A livestock nutrition company in the United States needed a high-capacity mixing system for cattle feed premixes. The project used an SLHSJ4.0A stainless steel twin-shaft paddle mixer to process mineral powders, vitamins, trace elements, and feed additives. The final premix products are used for dairy cattle and beef cattle feed production.
“The mixer performs very well with our mineral and vitamin formulations. Mixing quality is consistent between different production batches.”
A Brazilian commercial feed producer invested in a stainless steel mixer for swine feed premix manufacturing. The project selected an SLHJ6A single-shaft paddle mixer to blend soybean-based carriers, mineral powders, amino acids, vitamins, and functional feed additives. The large-capacity model was chosen to support the customer's expanding pig feed production requirements.
“The mixer helps us improve production efficiency while maintaining good mixing uniformity. It is suitable for our large-batch operation.”
A Thailand aquafeed manufacturer required a stainless steel mixer for shrimp and fish feed premix production. The project adopted an SLHSJ2.0A twin-shaft mixer to blend fish feed additives, vitamins, minerals, amino acids, and nutritional powders. The system supports commercial aquaculture feed manufacturing.
“The mixer provides excellent blending performance for our aquatic feed formulations. The operation is stable and easy to manage.”
A French poultry nutrition company required a hygienic mixing solution for poultry feed additives. The project used an SLHJ3A stainless steel paddle mixer to combine vitamin blends, mineral ingredients, enzyme additives, and carrier powders. The finished premixes are supplied to poultry farms and feed producers.
“The mixer provides consistent results and meets our requirements for premix production. Product quality has become more stable.”
A German dairy nutrition supplier selected an SLHSJ4.0A for ruminant feed premix production. The equipment processes mineral powders, vitamins, calcium supplements, and nutritional additives used for dairy and beef cattle feed. The customer required strong mixing capability for high-volume production.
“The mixer delivers reliable performance for our ruminant nutrition products. The mixing results are consistent and meet our quality requirements.”
A Japanese pet food manufacturer required a compact but accurate mixing solution for dry pet food formulations. The project selected an SLHJ2A mixer to blend meat powder, nutritional additives, flavor ingredients, and functional powders. The customer chose this equipment because pet food production requires uniform ingredient distribution before further processing and packaging.
“The mixer provides stable performance and improves the consistency of our pet food formulations. RICHI offered professional advice suitable for our requirements.”
A South African animal healthcare producer purchased an SLHJ1B mixer for veterinary drug additive processing. The equipment blends powdered active ingredients, mineral carriers, and functional additives used in animal health products. The customer selected stainless steel construction because clean processing and accurate ingredient distribution are important for veterinary formulations.
“The mixer performs smoothly and provides the uniform blending quality we need. The equipment is suitable for our additive production.”
A Polish food ingredient manufacturer needed a stainless steel mixer for preservative powder blending. The project used an SLHJ2B paddle mixer to process food preservatives, carrier powders, and functional ingredient blends. The equipment was selected because the customer required stable mixing performance for food additive formulations supplied to food processing companies.
“The mixer achieves good blending results and operates reliably during production. It meets our expectations for powder processing.”
An Australian agricultural chemical company required a stainless steel mixer for insecticide powder production. The project selected an SLHJ3A to blend active insecticide ingredients with mineral carriers and formulation additives. The mixer was chosen according to material characteristics and production requirements, helping produce uniform agricultural chemical formulations.
“The equipment provides consistent mixing performance for our powder products. The production process has become more efficient.”
A Canadian crop protection manufacturer invested in an SLHJ4A mixer for pesticide powder blending. The equipment mixes active pesticide ingredients, fillers, and auxiliary powders to produce agricultural formulations. The customer selected this model because it provides reliable batch mixing performance and supports stable production for different pesticide products.
“The mixer works well with our powder formulations and provides consistent batch quality. RICHI delivered a professional solution.”
A Mexican animal nutrition company required two stainless steel mixers for vitamin premix production to support multiple formulations and increased output. The project used two SLHJ2A stainless steel paddle mixers to blend vitamin powders, mineral ingredients, amino acids, and carrier materials. The finished premixes are used in livestock and poultry feed manufacturing.
“The two mixers allow us to manage different production batches more efficiently. The mixing quality remains stable across products.”
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A stainless steel mixer system is more than a single mixing machine. It combines the mixer with feeding, dosing, liquid addition, conveying, and packaging equipment to create a complete material handling and blending solution. RICHI designs and manufactures modular mixing systems based on material properties, production capacity, and process requirements. These systems can work as independent production units or integrate into existing factories for improved automation and efficiency.
Screw conveyors, belt conveyors, and other transfer units move materials efficiently between processes.
Accurate weighing and automatic dosing ensure precise ingredient ratios before mixing.
Spray nozzles and pipelines evenly add oil, water, molasses, or other liquids.
Automatic bagging and sealing systems complete the final weighing and packing process.
A professional stainless steel mixer solution should match the complete production process, not only the mixing stage. RICHI provides customized system design, equipment integration, and manufacturing support to help customers build efficient mixing lines. From small modular units to large industrial applications, we configure every component according to your materials, workflow, and output requirements.
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RICHI provides complete mixing solutions designed around specific material characteristics and production requirements. From process design and system customization to equipment manufacturing, installation guidance, and operator training, we help customers build reliable mixing systems for feed, food, pharmaceutical, chemical, and nutrition industries.
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A stainless steel mixer usually costs around $5,000–$50,000 depending on the model and configuration. The final investment depends on mixing capacity, stainless steel grade, mixer type, motor power, discharge design, liquid spraying requirements, automation level, and whether a complete mixing system is required. We recommend the most suitable equipment according to your actual production needs rather than simply offering the lowest-cost option.
Many customers face this situation when starting a new production line. Our engineers evaluate your current batch size, future capacity plans, material characteristics, and factory space to recommend a suitable stainless steel mixer. We can also design a solution that allows future production expansion without unnecessary equipment investment.
The selection depends on material flowability, density difference, moisture content, and mixing accuracy requirements. A stainless steel ribbon mixer is commonly used for powders and granules with good circulation, while a Stainless Steel Paddle Feed Mixer is suitable for applications requiring stronger three-dimensional movement and gentle handling.
It depends on your production requirements. If your materials require better corrosion resistance, easier cleaning, or stricter contamination control, upgrading to a stainless steel mixer can provide clear advantages. We help customers select the appropriate material instead of recommending stainless steel for every application.
Yes. Material characteristics are one of the most important factors in mixer selection. We can evaluate information such as bulk density, particle size, moisture content, mixing ratio, and liquid addition requirements to recommend a suitable mixer configuration.
Premix production requires accurate distribution of small-dose ingredients. Our stainless steel mixer selection focuses on mixing intensity, batch size, and material movement to reduce segregation risks. Paddle and ribbon designs can both be customized according to the formulation requirements.
Yes. A Stainless Steel Feed Mixer can be used for complete feed, premixes, mineral mixtures, and additive blending. For livestock applications such as cattle, sheep, and pig feed, we select the mixer according to raw materials, production scale, and required mixing uniformity.
For poultry feed containing grains, protein materials, minerals, and additives, a Stainless Steel Chicken Feed Mixer or Stainless Steel Poultry Feed Mixer can be selected based on production capacity. For larger feed plants, we usually evaluate whether a paddle, ribbon, or double-shaft structure is more suitable.
Horizontal mixers generally provide better mixing uniformity for commercial feed plants and premix production because materials move more evenly inside the chamber. Vertical mixers may be suitable for certain small-scale applications where installation space is limited.
Yes. Many feed manufacturers produce multiple formulas using the same mixer. We consider cleaning requirements, discharge design, and production sequence to help reduce material residue and improve switching efficiency between different feed types.
Yes. A Stainless Steel Aqua Feed Mixer can be designed for aquaculture applications involving fish feed additives, shrimp feed ingredients, and nutritional premixes. The equipment selection depends on formula composition, batch size, and the following pelletizing or extrusion process.
Yes. A Stainless Steel Feed Mixer 2 Ton model can be configured for customers requiring larger batch production. We also provide Stainless Steel Feed Mixer 500kg and Stainless Steel Feed Mixer 1000kg options for smaller production requirements.
It depends on production requirements. Flour, spices, and seasoning blends often require good powder distribution and easy cleaning. We can configure a Stainless Steel Flour Mixer or seasoning mixing solution according to material properties and hygiene requirements.
Yes. For spice powders, flavor ingredients, and seasoning blends, mixing accuracy is especially important because some components are added in small quantities. We select the mixer structure and operating parameters according to the formulation and batch size.
Yes. Protein powders, whey powder, vitamin blends, and nutritional supplements are common applications. A Stainless Steel Powder Mixer can provide hygienic and consistent blending for products where ingredient uniformity is critical.
Food additives often require accurate blending because of their low dosage levels. We recommend a suitable stainless steel mixer according to powder characteristics, batch volume, and cleaning requirements. The final design can include appropriate discharge and inspection structures.
Yes. A Stainless Steel Ribbon Mixer for Food is commonly used for dry powders, baking ingredients, seasoning products, and nutritional blends. The mixer can be manufactured according to food processing requirements and the customer's production conditions.
Yes. A Stainless Steel Chemical Mixer can be used for many powder and granule chemical applications. Before selection, we check material compatibility, corrosion characteristics, density, and whether special surface treatment or sealing requirements are needed.
Yes. A Stainless Steel Paint Mixer and Stainless Steel Pigment Mixer can be designed for suitable dry powder blending applications. The equipment configuration depends on pigment characteristics, mixing accuracy, dust conditions, and production requirements.
Yes. A Stainless Steel Cosmetic Mixer and Stainless Steel Powder Blender for Cosmetics can be used for cosmetic powders, mineral powders, and personal care dry ingredients. We consider hygiene, cleaning convenience, and material protection during equipment design.
Yes, for suitable biomass applications. Materials such as plant fiber powder, agricultural residue powder, and processed biomass ingredients can be mixed when their particle size and moisture content meet the equipment requirements. We evaluate the material condition before recommending the mixer.
It depends on the forage condition. Short-cut forage, dried fiber materials, and powdered forage additives can be processed with suitable mixing equipment. For long fibers or high-moisture forage, we first analyze material flowability and may recommend pretreatment before mixing.
Density differences can cause separation if the wrong mixer design is selected. We consider particle size, density ratio, mixing speed, and batch loading method when selecting the stainless steel mixer to achieve more stable blending performance.
Yes. A Stainless Steel Feed Mixer with Liquid Spraying System can add oil, water, molasses, or other liquids during mixing. The spraying method and nozzle arrangement are designed according to liquid viscosity and required addition accuracy.
High moisture materials require special evaluation because they may affect material flow and mixing efficiency. Our engineers check moisture level, stickiness, and processing conditions before selecting the appropriate mixer structure.
Yes. We provide customized integration solutions for existing factories. The mixer can be connected with conveyors, weighing systems, dosing equipment, liquid addition units, and packaging systems according to your current production layout.
We provide both standalone stainless steel mixers and complete mixing systems. A complete solution may include feeding, weighing, dosing, conveying, liquid spraying, and packaging equipment depending on the customer's production requirements.
Yes. Equipment dimensions, inlet and outlet positions, discharge methods, and installation layouts can be customized according to factory conditions. We review the available space and production flow before manufacturing.
Yes. Replacement projects are common. We can evaluate your current mixer capacity, connection points, production requirements, and operating conditions to provide a suitable replacement stainless steel mixer with improved performance.
Yes. We provide customized mixing solutions based on material characteristics, production capacity, and final product requirements. Our engineers can assist with mixer selection, system configuration, equipment manufacturing, installation guidance, and technical support for different industries worldwide.
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As a global leader in pelletizing solutions, RICHI represents a fully integrated technology partner that masters every dimension of modern production systems. From pioneering research in material science to precision engineering and industrial-scale manufacturing, we build complete production ecosystems that transform raw materials into high-value pellets. Our holistic approach ensures each project is founded on three pillars: engineering precision that guarantees operational efficiency, continuous innovation that adapts to evolving market demands, and uncompromising reliability that sustains production for decades. With vertically controlled manufacturing and end-to-end project management, we deliver not just equipment, but fully optimized production assets that drive profitability across industries worldwide.
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Founded in 1995, RICHI Machinery has evolved from a specialized manufacturer into a global engineering provider for complete pelletizing systems. With two major manufacturing bases spanning over 60,000 m², we control every step from design to delivery, ensuring unmatched quality and depth of production. Our commitment to excellence is reflected in our global impact, serving clients in over 140 countries with more than 2,000 successful projects and 10,000+ equipment units delivered worldwide.
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For nearly three decades, RICHI has mastered the complexities of diverse materials across global industries. We provide end-to-end pelletizing systems, delivering the complete technological and engineering support needed to transform raw materials into high-value products. From initial concept to operational plant, we are your single partner for launching and scaling a successful pellet processing business.
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