Dosatron Vs MixRite Dosing Pumps
MixRite NZ is an Auckland business selling Tefen dosing pumps
Hydraulic dosing pumps:
- Water-driven technology (no electricity required)
- Adjustable dosing ratios for fine-tuned control
- Durability for harsh environments and chemical resistance
- Ease of use and minimal maintenance
MixRite pumps are a product line under the Tefen brand. MixRite dosing pumps have a reputation for their precision and reliability in water-powered dosing. Our dosing pumps excel in providing adjustable dosing solutions for liquids or water-soluble substances, such as fertilisers, chemicals, or medications in agriculture, horticulture, livestock farming, water treatment, and various industrial sectors.
Dosing pump use in NZ
MixRite dosing pumps offer more fine-tuned control of dosing ratios. This is particularly valuable in applications where precise chemical or fertiliser dosing is critical.
Fertigation and Horticulture
To grow healthy plants in greenhouses or controlled growing environments, exact doses of nutrients or pesticides are crucial. Horticulturalists can calibrate MixRite pumps to deliver precise amounts of fertilisers, even down to microdoses. Plants receive exactly what they need without waste or over-application.
- For instance: A greenhouse growing high-value crops like tomatoes, flowers or strawberries may require highly specific nutrient blends. A MixRite dosing pump allows the operator to adjust the dosing ratio precisely, ensuring the plants receive just the right amount for optimum growth without risking nutrient burn.
Dosatron pumps also offer proportional dosing, but the adjustability is generally simpler, making them less appropriate for environments where exact precision is critical.
Livestock and Poultry Farming
To maintain the health of livestock or poultry, farmers need to deliver exact doses of medications or supplements through the water supply. MixRite pumps excel. They allow farmers to adjust the precise dose of vaccines, antibiotics or vitamins to match animals’ changing health needs.
- Example: A poultry farm using MixRite pumps can fine-tune the delivery of vitamins or antibiotics to different age groups of chickens, as younger birds may need a more diluted dose than older birds. The flexibility in the dosing ratios ensures that each flock receives precisely what it needs, when it needs it, resulting in healthier birds, lower costs and less waste.
Dosatron pumps, while reliable in delivering consistent medication doses, may not offer the same degree of fine adjustment and precision.
Water Treatment Plants
Water treatment plants often use dosing pumps to add chemicals like chlorine, pH adjusters, or anti-scaling agents to water systems. MixRite dosing pumps let the team set exact dosing ratios based on the water flow rate, which is crucial in maintaining water quality and regulatory compliance.
- For instance: A water treatment facility may use a dosing pump to deliver chlorine at precise levels. Water must be safe for consumption without exceeding regulatory limits. MixRite pumps give precise control of chemical dosing.
While Dosatron pumps are also used in water treatment, MixRite’s fine-tuned control is often favoured in more specialised systems where precise chemical dosing is required.
Industrial Applications
In many New Zealand industries, the ability to precisely control chemical ratios is paramount. MixRite pumps allow users to set and adjust the dosing ratio with great precision, making them ideal for these controlled environments.
- Example: A cooling tower system in a factory may need to release anti-corrosion chemicals at an exact rate depending on the water flow and temperature. A MixRite dosing pump allows the operator to adjust the chemical dosing as the conditions change. They can protect equipment while minimising chemical costs.
Dosatron pumps, while capable, may be more suitable for less intricate systems where fine dosing control is not as critical or where variations in water flow are common.
Laboratories and Pharmaceuticals
In laboratories or pharmaceutical production, precision is non-negotiable. Exact chemical mixing must meet stringent standards, so the ability to fine-tune dosing ratios is crucial. MixRite pumps provide operators with the control needed to deliver precise quantities of chemicals in highly controlled conditions.
- For instance: To ensure safety, batch consistency and efficacy, laboratories developing pharmaceutical products need to mix very specific ratios of chemicals. MixRite dosing pumps allow precise control, ensuring accurate and repeatable results.
Dosatron pumps, while suitable for many similar applications, might not provide the same degree of customisation in dosing ratios required in these highly regulated and precision-driven industries.
Pressure Cleaning Systems
The precise dosing of cleaning agents or disinfectants is necessary for effective cleaning, safety, and cost efficiency. MixRite dosing pumps provide the high level of control needed in industries that rely on strict hygiene protocols, such as food processing, dairy farms, or manufacturing plants.
- Example: In food processing facilities, pressure washing is often used to clean and disinfect surfaces. The concentration of disinfectants, such as chlorine or quaternary ammonium compounds, must be tightly controlled to ensure sanitation without damaging equipment or leaving harmful residues on surfaces. A MixRite dosing pump can be set to deliver the precise ratio of cleaning agent regardless of changes in water flow or pressure. MixRite dosing pumps also allow operators to adjust the dosage for the specific cleaning requirements of different areas without having to recalibrate the entire system.
While Dosatron pumps also offer proportional dosing for pressure cleaning systems, in industries where even small deviations in chemical concentration could lead to compliance issues or safety hazards, MixRite pumps are often preferred.
The MixRite advantage
MixRite are the hydraulic dosing pumps NZ farmers, horticulturalists, manufacturers and food and beverage producers have trusted with their businesses since 2005.
Dosatron pumps are still a solid choice for larger-scale, less precision-dependent applications, but MixRite’s finer dosing control stands out where accuracy, safety, and efficiency are critical.
MixRite dosing pumps NZ – where precision is matched by passion.
Contact us to find out more.
Frequently asked questions about MixRite pumps
What is a water-driven dosing pump?
A water-driven (hydraulic) dosing pump uses the movement and pressure of water flowing through a system to proportionally inject additives into the water line. Because the dosing action is powered by water flow, these pumps do not require electricity and are commonly used in remote or outdoor environments.
Do MixRite dosing pumps require electricity to operate?
Some MixRite dosing pumps are water-powered and do not require electricity, while other MixRite models are electrically powered. The appropriate pump type depends on the application, available infrastructure, and dosing requirements.
For further details, refer to the MixRite product manuals
What applications are MixRite dosing pumps commonly used for?
MixRite dosing pumps are used across a range of applications including agriculture, horticulture, livestock and animal health, industrial applications and water treatment. They are typically selected where consistent proportional dosing is required and water flow is available.
Are MixRite and Dosatron dosing pumps used for the same types of systems?
Yes. Both MixRite and Dosatron dosing pumps are used in water-driven proportional dosing systems. The choice between them is generally influenced by application needs, system design, dosing range, and operational preferences rather than a single technical factor.
Does water pressure affect how dosing pumps perform?
Yes. Water-driven dosing pumps rely on water pressure and flow to operate correctly. Each model has a specified operating range, and performance depends on the system remaining within those limits.
For more details, refer to the MixRite manuals
Do dosing pumps require regular maintenance?
Yes. Like all mechanical dosing equipment, water-driven dosing pumps require routine inspection and maintenance. Maintenance needs vary depending on water quality, the type of additives being dosed, and operating conditions.
For more details, refer to the MixRite product brochures