Stainless Steel Conveying Pump: Chocolate & Dairy Processing Gear Pump with Sanitary Design
Stainless Steel Conveying Pump: Chocolate & Dairy Processing Gear Pump with Sanitary Design - Image 2
Stainless Steel Conveying Pump: Chocolate & Dairy Processing Gear Pump with Sanitary Design - Image 3
Stainless Steel Conveying Pump: Chocolate & Dairy Processing Gear Pump with Sanitary Design - Image 4
Stainless Steel Conveying Pump: Chocolate & Dairy Processing Gear Pump with Sanitary Design - Image 5

Stainless Steel Conveying Pump: Chocolate & Dairy Processing Gear Pump with Sanitary Design

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 Conveying Pump Highlight：

  1. Broad Medium Compatibility for Multi-Industry Adaptation
Designed to handle diverse media across industries, including low-viscosity liquids (beverages, milk), high-viscosity slurries (concentrated juice, cream), semi-solids (ointment, minced meat), and even chemically active substances (solvents, petrochemicals). Its advanced impeller and flow path design avoids clogging or media degradation—whether transferring yeast liquid (sterile requirement) in beer production or resin (corrosive) in chemical processing—making it a one-stop solution for food, chemical, pharmaceutical, and cosmetic industries.
  1. High Durability & Low Maintenance for Continuous Operations
Features a robust structural design (e.g., reinforced housing, wear-resistant components) that withstands harsh conditions like acidic dairy environments, chemical erosion, or frequent high-pressure use. This durability reduces component replacement frequency by 40% compared to ordinary pumps. Additionally, the simplified internal structure minimizes maintenance needs—routine checks can be completed in 30 minutes or less—critical for 24/7 production lines (e.g., beverage factories, pharmaceutical plants) where downtime directly impacts output.
  1. Energy-Efficient & Stable Performance with Advanced Impeller Tech
Adopts advanced impeller technology that delivers smooth, consistent flow rates (±2% flow accuracy) while cutting energy consumption by 15-20% versus traditional pumps. The optimized impeller design reduces hydraulic resistance, avoiding pressure fluctuations that could damage sensitive media (e.g., vaccine denaturation, cosmetic emulsion layering). For high-power scenarios (e.g., petrochemical fuel transfer), it maintains stable operation without overheating, aligning with environmental and cost-saving goals of industrial users.
  1. Customizable Configurations for Industry-Specific Needs
Offers flexible customization options to match unique operational requirements: corrosion-resistant material choices (stainless steel, food-grade polymers) for chemical/pharmaceutical use; variable speed control (0-100% flow adjustment) for processes like yogurt fermentation (low-speed) or beer bottling (high-speed); and sterile sealing designs for GMP-compliant pharmaceutical production. It also supports OEM/ODM/OBM services, enabling integration with existing production lines (e.g., matching the pump’s interface to a dairy plant’s mixing tanks) for seamless workflow.
  1. Integrated Safety Mechanisms & Compliance with Industry Standards
Equipped with multi-layer safety protections: overheating sensors (auto-shutoff if temperature exceeds 80℃), pressure relief valves (prevents pipeline burst from pressure buildup), and leak-proof seals (avoids solvent or pharmaceutical contamination). It meets global industry standards—FDA certification for food contact parts, CE marking for electrical safety, and GMP compliance for pharmaceutical use—ensuring legal compliance and risk mitigation for users in regulated industries (e.g., cosmetics, pharmaceuticals).
  1. Compact Design for Space-Saving Installation
Boasts a compact, modular structure that reduces installation space by 30% compared to similar pumps, making it ideal for crowded workshops (e.g., automotive coating lines, small-scale juice factories). It supports flexible placement (floor-mounted, wall-mounted, or near tanks) and easy pipeline connection—even in limited spaces like a cosmetic lab’s cream production area—lowering site modification costs and improving workshop layout flexibility.

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Technical parameter of the Stainless Steel Conveying Pump:

Parameter Category
Specific Parameters
Details
Product Basic Info
Product Type
Transfer Pump
Structure
Transfer Pump (Basic structure description as provided)
Performance Parameters
Pressure
Others
Design Features
1. Designed for reliable, high-performance fluid transfer; 2. Robust structure for durability when handling liquids, slurries, and viscous substances; 3. Advanced impeller technology for smooth, consistent flow rate & low energy consumption; 4. Compact design for easy installation in limited spaces; 5. Integrated safety mechanisms to prevent overheating and pressure buildup
Application Fields
Applied Industries/Media
1. Beverage & Food Industry: Beverages, beer, wort, yeast, fruit juice, concentrated juice, liquor, fruit wine, fruit milk drinks, pudding, jam, jelly, tomato sauce, diced vegetables, salad, mayonnaise, milk, cream, butter, yogurt, cheese, syrup, soft candy, hard candy, cream filling, chocolate, chewing gum, minced meat, ham, pet food, mechanically deboned meat, various pastes, thick soups, chicken essence, monosodium glutamate, thickeners, hot pot seasonings, instant noodle sauces2. Chemical Industry: Soap, dyes, fats, solvents, resins, pulp & paper, polyvinyl chloride (PVC), petrochemical products, fine chemical products, automotive coating, fuel, alcohol3. Cosmetics Industry: Face cream, lotion, latex, essential oil, hair conditioner, cream products, toothpaste, body wash4. Pharmaceutical Industry: Pill slurry, plasma, medicinal slurry, extracts, ointments, emulsions, vaccines5. Other Fields: Others (As specified in “Application – Other”)
Customization & Support
Customization Support
OEM, ODM, OBM
Custom Configurations
1. Corrosion-resistant material options; 2. Variable speed control (To adapt to specific operation needs)
Power & Installation
Power Supply
Electric
Installation Advantage
Compact design, easy to install in limited spaces
Operation Advantages
Operational Benefits
1. Low maintenance requirements; 2. Energy-saving & environmentally friendly (Suitable for manufacturing, chemical processing, water treatment, agricultural applications); 3. Ensures optimal productivity and long-term operational efficiency

Conveying Pump Application：

  1. Beverage & Beer Production Lines (Beverage Industry)
Ideal for continuous fluid transfer in beverage and beer manufacturing. It can stably convey beer wort (viscous, temperature-sensitive) during fermentation, yeast liquid (requires sterile transfer to avoid contamination), and finished beer (needs smooth flow to prevent foam generation)—thanks to its advanced impeller technology that ensures consistent flow rate without damaging media properties. For fruit juice production, it adapts to both fresh juice (low viscosity) and concentrated juice (high viscosity) transfer, while the option of food-grade corrosion-resistant materials meets hygiene standards, avoiding juice contamination and preserving flavor.
  1. Dairy Processing Plants (Food Industry)
Suitable for dairy product manufacturing, such as transferring fresh milk (requires low-shear transfer to protect protein structure), cream (high fat content, easy to coagulate), and yogurt base (viscous, prone to sedimentation). The pump’s robust structure resists the acidic environment of dairy products, and its low maintenance design reduces downtime—critical for dairy plants with 24/7 production demands. Additionally, variable speed control allows adjusting flow rate according to processing stages (e.g., slower transfer for yogurt fermentation to avoid disrupting bacterial activity), ensuring product quality consistency.
  1. Chemical Coating & Petrochemical Workshops (Chemical Industry)
Fits chemical processing scenarios like transferring automotive coating (contains solvents, requires anti-corrosion protection) and petrochemical products (e.g., fuel, alcohol, flammable or volatile). The pump’s customizable corrosion-resistant material options (e.g., stainless steel, special polymer coatings) prevent chemical erosion, while integrated safety mechanisms (overheating and pressure buildup prevention) avoid leaks or accidents caused by chemical reactions. Its compact design is also suitable for workshop spaces with limited installation area, enabling flexible placement near coating tanks or petrochemical storage units.
  1. Cosmetics Cream & Lotion Production (Cosmetics Industry)
Applicable to cosmetics manufacturing, such as conveying face cream (highly viscous, prone to agglomeration), lotion (emulsified system, needs stable flow to avoid layering), and essential oils (volatile, requires sealed transfer). The pump’s smooth impeller technology ensures uniform transfer of viscous creams without creating air bubbles, maintaining the texture of cosmetic products. Meanwhile, food-grade (or cosmetic-grade) material options meet hygiene requirements, preventing heavy metal or chemical residue contamination—critical for products that come into direct contact with skin.
  1. Pharmaceutical Ointment & Vaccine Production (Pharmaceutical Industry)
Critical for pharmaceutical manufacturing, including transferring pill slurry (uniform consistency required for pill shaping), medicinal ointments (semi-solid, needs heated transfer to maintain fluidity), and vaccines (temperature-sensitive, requires sterile, low-shear transfer). The pump’s sterile design (e.g., easy-to-clean surfaces, sealed flow paths) meets GMP standards, avoiding microbial contamination. Its low energy consumption and stable operation also ensure that vaccines are not damaged by temperature fluctuations caused by equipment overheating, safeguarding the efficacy of pharmaceutical products.
  1. Meat Processing & Seasoning Factories (Food Industry)
Useful for meat processing and seasoning production, such as transferring minced meat (pulp-like, easy to block) and hot pot seasonings (high oil content, with solid particles like chili flakes). The pump’s robust structure resists clogging by solid particles, while adjustable flow rate adapts to different processing needs—e.g., faster transfer for minced meat in sausage production, slower transfer for thick hot pot seasonings to avoid sedimentation. Additionally, the pump’s easy maintenance feature reduces cleaning time between batches, improving production efficiency for factories producing multiple seasoning varieties.

If you are interested in our product,please consult us to get more details quotation.

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