No, it does not produce secondary pollution such as noise because the motor works under the liquid.

What protection systems are included?

It includes alarm protection for oil leakage, stator overtemperature, lack of phase, and short circuit.

Vertical Submersible Circulating Mixer for Waste Water Treatment

Name: Vertical Submersible Circulating Mixer for Waste Water Treatment
Brand: HC Flourish Industry Group Co., Ltd.
SKU: 949559355

Zhejiang, ChinaHC Flourish Industry Group Co., Ltd.

US$200.00

1 Piece

US$190.00

2 Pieces

US$189.00

3+ Pieces

Product profile

Customization

Available

Type

Submersible Mixers

Method

Physical Treatment

Model NO.

QJB

Usage

Industrial, Home, Agriculture, Hospital, Municipal

Submersible Mixer

for Sewage Treatment Plants

Submersible

for Waste Water Treatment Plants

Industry Verticals

Water and Wastewater Treatment Industrial Water Tr

Applications

Waste Water Treatment Plants Industrial Waste Wate

Transport Package

Polywood Case

Specification

200--600

Trademark

FLOURISH

Origin

Made in China

HS Code

8421299090

Production Capacity

1000

Key features

Flexible Installation: No platform needed; install in various ways or move position anytime.

Self-Cleaning Blades: Three-piece design prevents winding and blocking with free vibration.

High Efficiency Motor: Coaxial submersible motor with series mechanical seals and alarm protection.

Wide Application Depth: Suitable for water depths of 2-9m with radiation area up to 800m2.

Low Noise Operation: Submersible design ensures no secondary pollution or noise generation.

Durable Materials: Impeller made of stainless steel; body of polyurethane or aluminum alloy.

Smart Control: Supports centralized automatic control or single machine operation.

Company profile

HC Flourish Industry Group Co., Ltd.

Zhejiang, China

Business Type: Manufacturer/Factory, Trading CompanyExport Year: 2006-01-01Nearest Port: NingBo, ShangHaiAverage Response Time: ≤4.12hTerms of Payment: LC, T/T, D/PInternational Commercial Terms(Incoterms): FOB, CFR, CIF

AI-Powered supplier vetting

SummaryHC Flourish Industry Group Co., Ltd. is identified as both a trading company and manufacturer/factory based in Zhejiang, China. Its stated product focus is water and wastewater treatment equipment, including filtration, screening, sludge dewatering, sewage treatment, and dosing systems. The supplier holds ISO 9001 certification and reports 50 R&D engineers, 50 quality-control staff, and five production lines. It exports to a broad range of global regions, with exports representing 71%–90% of total sales, and has exported since 2006. Reported lead times are one month during off-peak periods and two to three months during peak periods. The provided information does not establish after-sales service capability, financial credibility, customization capability, or customer cases. Innovation capability is partially supported by stated innovation values and R&D staffing, but no specific innovation achievements are provided.

Supplier typeThe supplier is explicitly classified as both a trading company and a manufacturer/factory. This indicates a combined sourcing and production structure, although the available information does not specify which products are self-manufactured versus traded.

CertificationsThe supplier reports holding ISO 9001 certification. This is explicit evidence of a certified quality-management system, although no certification scope, issuing body, or validity period is provided.

R&D capabilityThe company descriptions explicitly emphasize innovation, while the supplier reports 50 R&D engineers. These points support an innovation-oriented profile, but no patents, new-product records, proprietary technologies, or measurable R&D outcomes are provided.

Production capacityThe supplier reports five production lines, 50 quality-control staff, a one-month off-peak lead time, and a two-to-three-month peak-season fulfillment period. Its stated equipment range covers multiple water-treatment product categories, providing explicit evidence of manufacturing capacity, though actual capacity utilization and output volume are not fully verifiable from the slices.