Manufactured by XiaoyaGroup established in 1979
Manufacturer after-sales supportProvided by Xiaoya Group
Equipment & project consultationXiaoya Group · Discuss your project
The group behind your equipment
Shandong Xiaoya Group was founded in 1979. The Group's business spans the home appliance and electromechanical sectors, and is supported by a national-level postdoctoral research station, a provincial-level enterprise technology center, and a platform for industry-academia-research collaboration.
For hypochlorous acid equipment, we have dedicated patents, third-party testing, a wide range of products, and overseas project experience.
Technology & system planning
Two electrolysis routes, one selection principle: define the water, electrolyte and operating requirements before choosing the system.
Six standard models cover different output and control requirements. Feed-water quality affects the final pH.
Confirm water quality and electrolyte specification.
Select output capacity and operating controls.
Confirm pH and available chlorine for the intended use.
The XY SAEW-50 uses diaphragm electrolysis, separating the alkaline by-product. Its specified water source is pure water.
Use the feed water and salt specified for the model.
The process separates an alkaline by-product.
Confirm concentration and application preparation.
Separate output: alkaline by-product. Include its handling in system planning.
These details help us build a workable system configuration for your site.
Review Site RequirementsShare your water source or analysis. Confirm pretreatment, required raw-material specification, storage and handling for the selected route.
The system can be configured for different local power supplies. Tell us your local supply, available space and inlet pressure so compatibility can be confirmed.
Storage tanks, dosing pumps, spraying and pipelines may form part of a project. Confirm which accessories are included, optional or supplied locally.
Define daily use, peak demand and monitoring needs. Online pH, ORP or residual-chlorine monitoring and remote functions depend on the agreed configuration.
Typical project sequence; auxiliary equipment and final process design are configuration-specific.
Choosing the right disinfection system depends on the application, how often the solution is used, and how it is applied. Select an application scenario below to review typical requirements and get practical guidance for equipment selection.
From work surfaces to containers, plan supply around the actual use points and validated sanitation process.
What needs sanitizing, how often, and at what daily volume?
Consider on-site generation for livestock and poultry environments, with delivery and operating conditions matched to the site.
Which areas are treated, and how is the solution applied?
Explore electrolyzed-water generation for agricultural sanitation. Validate crop compatibility and treatment conditions before use.
What is the crop, treatment objective and existing water source?
Match generation and storage to routine sanitation in commercial and public facilities. Confirm materials and use conditions.
How many use points need supply, and when does demand peak?
Healthcare and dental projects require application-specific review. Equipment documentation alone does not establish an approved clinical use.
Which intended use and supporting documents does your project require?
Final FAC, pH, contact time, material compatibility and documentation depend on the intended use and destination market.
Built for repeatable operation, site integration and maintainability.
Discuss system planningSystem selection starts with the required flow rate, target FAC / pH, operating time and inlet-water conditions so the equipment can run within the defined daily production window.
Standalone generators and customized high-flow systems can be combined with the auxiliary equipment needed to deliver the solution to the actual points of use.
Maintenance planning is matched to water quality, operating hours and consumable replacement so the project remains practical after commissioning.
Find your generator
Compare standard models by output and electrolysis route. Final selection also depends on concentration, water quality and operating hours.
Compact footprint · 500 mL electrolyte tank
Slim format · optional 4G remote control
Floor-standing · 500 × 510 × 1500 mm
Smaller footprint · 390 × 340 × 910 mm
Fixed 300 L/h output · model-specific documentation
Industrial output · 25 L electrolyte tank
Salt diaphragm electrolysis · pure-water feed
FAC = free available chlorine. Output and concentration must be confirmed together; listed range limits are not a guarantee of simultaneous maximum output. HCl-model pH depends on feed-water conditions.
| Model | Output · L/h | FAC | Rated power | Key distinction |
|---|---|---|---|---|
| AQ-P100 | 60–120 | 10–80 ppm | 170 W | Compact footprint · 500 mL electrolyte tank |
| AQ-P100-4G | 60–120 | 10–80 ppm | 170 W | Slim format · optional 4G remote control |
| AQ-P300-A | 120–300 | 10–200 ppm | 420 W | Floor-standing · 500 × 510 × 1500 mm |
| AQ-P300-W | 120–300 | 10–200 ppm | 420 W | Smaller footprint · 390 × 340 × 910 mm |
| AQ-P300-M | 300 | 40–80 ppm | 420 W | Fixed 300 L/h output · model-specific documentation |
| AQ-P1000 | ≥1,000 | 10–200 ppm | 2,100 W | Industrial output · 25 L electrolyte tank |
| XY SAEW-50 | 50 | 500 mg/L | 1,300 W | Salt diaphragm electrolysis · pure-water feed |
Tell us what you need to disinfect and your approximate daily use.
Explore selected overseas installations and application references. Discuss how a similar system could fit your site.
The installation reference shows a salt-type generator alongside water-treatment equipment. Your configuration starts with your feed water and required output.
Ask about a similar setupA project reference for livestock and environmental sanitation.
Crop environment shown. Ask the team for project configuration details.
COST ADVANTAGE
On-site generation changes the cost structure from repeated finished-solution purchasing to equipment investment plus water, electrolyte and electricity. It can also reduce the operating burden associated with transport, storage, dilution and repeated handling.
Actual operating cost and payback period depend on model, FAC, local water / electricity / raw-material prices, daily consumption and the customer's current disinfection process.
Compare My Current CostPURCHASED SOLUTION Recurring finished-chemical ordersON-SITE GENERATION Electrolyte (salt or dilute HCl) + water + electricity
PURCHASED SOLUTION Regular logistics and finished-product inventoryON-SITE GENERATION Reduced dependence on finished-solution inventory
PURCHASED SOLUTION May require dilution, handling and manual preparationON-SITE GENERATION Controlled production settings on the generator
PURCHASED SOLUTION Depends on purchased stock and storage lifeON-SITE GENERATION Generate on site according to operating demand
PURCHASED SOLUTION Continues with every purchase cycleON-SITE GENERATION Equipment investment + recurring utility / raw-material inputs
Purchased disinfectant cost = chemical purchase + transport / storage + manual preparation + operating costs.
On-site HOCl generation cost = equipment investment + raw material + water + electricity + model-specific maintenance.Documents & supplier review
Review the relevant model, certificate holder and scope alongside your destination-market requirements.
CE report reference
18250EC30076201
Review the applicable model and test scope. Ask for the current equipment documents for your purchase.
Request model documentsManagement-system certificates and equipment documents serve different purposes. Confirm current validity, model coverage and intended-use requirements during technical review.
Manufacturer after-sales support
Xiaoya Group is responsible for after-sales support. Agree the service arrangements for your country and configuration before ordering.
Review site preparation, startup guidance, operator documentation and the required language.
Confirm cleaning intervals, replacement components and how to obtain parts for your model.
Agree coverage, remote or on-site arrangements, response expectations and any service costs in the quotation.
Service scope and terms are confirmed for each order.
Practical answers before your first equipment discussion.
Yes. Tell us what you disinfect, your approximate daily use and operating hours. Include peak demand or the number of use points if you know them.
FAC means free available chlorine. It is one of the parameters used to specify the generated solution. The required level depends on the application, contact time and validated process.
Compare required output and FAC, feed-water quality, raw-material availability and maintenance requirements. The routes have different equipment and supporting-system needs.
Project configurations can include storage, dosing, monitoring and distribution interfaces. Share your existing layout and use points so compatibility and accessory scope can be reviewed.
Generate HOCl close to the point of use when it is needed. For many routine sanitation tasks, mildly acidic HOCl can provide a lower-odor working experience than strongly odorous conventional chemicals when used correctly. On-site generation can also reduce the volume of finished disinfectant that must be transported and stored; raw materials still follow local handling and safety requirements.
Match generation capacity and target concentration to the actual sanitation task, operating hours and daily consumption. A properly designed system can support spraying, rinsing, soaking, storage-tank supply, dosing and pipeline distribution. Producing near the use point also helps avoid unnecessarily long storage of finished HOCl and makes replenishment easier for sites with frequent daily demand.
One generation system can be designed to serve several use points, helping larger facilities reduce repeated preparation in different departments. Automated generation can reduce repeated dilution and manual mixing steps, helping operators follow a more consistent routine. Capacity can also be selected around real consumption, giving buyers a clearer basis for comparing recurring purchased-solution cost with on-site generation.
Xiaoya Group is responsible for after-sales support. Confirm the installation, maintenance, spare-parts and warranty arrangements for your order with the Xiaoya Group team.
The supplied AQ-P300-M documentation includes CE report reference 18250EC30076201. Request the current file and review its applicable model and test scope with the sales team.
Request a clear scope for the generator, pretreatment, tanks, pumps, controls, packaging and transport. Accessories, delivery terms and service arrangements depend on the project.
Provide the installation country, local power supply and intended use. Confirm documentation, lead time, shipping terms and payment arrangements with the sales team before ordering.
Let's find your configuration
You don't need a model number or a complete technical brief. Your application and approximate demand are a useful starting point.
Country, application and what you need to disinfect.
Review output, FAC, water and supporting equipment.
Documentation, delivery, quotation and after-sales arrangements.
Leave your contact details and project requirement. We'll follow up directly.
