10L/Min Honey Transfer Pump Liquid Honey Pump, Stainless Steel Viscous Liquid Paste Pump 90W Electric Food Fluid Gear Pumping Equipment

Description

Product Overview

The ZHPPED 10L/min honey transfer pump is a purpose‑built gear pump designed for the demanding requirements of food‑grade viscous liquids. Constructed from food‑safe stainless steel, the pump can reliably move fluids with viscosities ranging from 800 to 4000 centipoise, making it ideal for honey, syrups, chocolate, and other thick food products. A robust 90W pure copper motor provides a suction reach of up to 3 meters and a lift capability of 5 meters, allowing the pump to transfer up to 8 kg per minute (approximately 5.7 L per minute) with consistent pressure. The cam‑rotor design operates in both forward and reverse directions without loss of performance, and a built‑in coupling reduces vibration and noise, extending the life of the equipment. The pump head is bolted and can be unscrewed for thorough cleaning, ensuring compliance with strict hygiene standards in commercial food environments.

Usage

This pump excels in a variety of professional settings. In commercial bakeries, it can quickly transfer large volumes of honey or syrup into mixers, ovens, and glazing stations, improving production speed and consistency. Food processing plants use the pump for batch filling of jars, bottles, and cans, benefiting from its precise flow control and low‑maintenance operation. The reversible rotation feature allows operators to clear blockages or adjust flow direction without needing additional tools. Its compact package dimensions (3.94 × 3.94 × 3.94 in) and 22‑pound weight make it easy to install on existing production lines, while the 3‑meter suction reach enables placement away from the source container, freeing valuable floor space.

Why Choose Us

Choosing the ZHPPED honey transfer pump means investing in a product that combines engineering precision with practical convenience. The stainless steel body resists corrosion and staining, guaranteeing a long service life even under continuous operation. The pure copper motor delivers reliable torque while operating at lower temperatures, reducing energy consumption and extending motor lifespan. Noise‑reducing couplings and anti‑slip feet provide a stable, quiet working environment, which is especially important in facilities where operator comfort and safety are priorities. Additionally, ZHPPED offers responsive technical support and a comprehensive warranty, ensuring that any issues are resolved quickly and that customers receive ongoing value from their purchase.

Key Features

• Handles high‑viscosity liquids (800‑4000 cP) for reliable honey and syrup transfer.
• 90W pure copper motor provides strong suction (3 m) and lift (5 m) for flexible installation.
• Reversible cam‑rotor design ensures consistent flow in both forward and reverse directions.
• Low‑noise coupling and anti‑slip feet reduce vibration, extending equipment life.
• Easy‑to‑clean bolted pump head and stainless steel body meet strict food‑safety standards.
• Dedicated after‑sales support and warranty for peace of mind.

FAQ

What types of liquids can this pump handle?

The pump is rated for food‑grade liquids with viscosities from 800 to 4000 centipoise, including honey, syrups, chocolate, and other thick sauces.

Can the pump operate in reverse?

Yes, the cam‑rotor mechanism works equally well in forward or reverse rotation, allowing you to change flow direction without additional equipment.

How do I clean the pump after use?

The pump head is bolted and can be unscrewed for blind‑spot cleaning. The stainless steel exterior resists staining, and a quick rinse removes residue, keeping the pump hygienic.

What is the maximum flow rate?

The pump can transfer up to 8 kg per minute, which corresponds to roughly 5.7 L per minute, depending on the viscosity of the fluid.

Is there a warranty or support available?

ZHPPED provides a standard warranty and responsive technical support to assist with installation, troubleshooting, and maintenance questions.