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Home Parts UV Water Sterilizer CategoryIndustrial UV Water Sterilizer

Industrial UV Water Sterilizer

UV Water Sterilizer

Industrial UV Water Sterilizer

Industrial UV Water Sterilizer – A Reliable Choice for Improving Industrial Water Quality

Industrial UV water sterilizers are constructed using high-quality stainless steel materials, capable of resisting corrosion from chemicals, humidity, and high temperatures typically encountered in industrial environments. This ensures the long-term stable operation of the equipment under harsh conditions. The system is equipped with an electrical control box for operating and monitoring the device. The control box features an advanced control system and human-machine interface for real-time monitoring of the sterilizer.

Furthermore, industrial UV water sterilizers undergo salt spray testing to demonstrate excellent corrosion resistance. Salt spray testing is a commonly used method to assess corrosion resistance by exposing the equipment to a saltwater solution and specific environmental conditions to test if the device can withstand long-term use without rusting in harsh environments. Industrial UV water sterilizers undergo 24 hours of salt spray testing. It proves that these machines can maintain excellent corrosion resistance in harsh environments, and are suitable for industrial applications.

Specifications
Working Principle
Video

Specification

SB10 Series
SA Series
SIB Series
SIBM Series
Medium Pressure UV Series

SB10 series industrial UV water sterilizer

Sterilization efficiency up to 99.99% (Escherichia coli)
UV system fault alarm
High-stability electronic ballast with CE certification
Tube body is ultrasonically cleaned at high temperature to ensure no residue or impurities
Made of 304 stainless steel with excellent welding, sandblasted surface, and internal/external electrolytic treatment; capable of withstanding 100,000 cycles of water hammer test at 0.014 MPa to 1.04 MPa.
Equipped with high-quality imported UV lamp

Water Quality Requirements

Maximum operating pressure: 0.8 MPa (116 psi)
Ambient water temperature: 2–40 °C (36–104 °F)
Iron: < 0.3 ppm (0.3 mg/L)
Hardness: < 7 gpg (120 mg/L)
Turbidity: < 1 NTU
UV transmittance: > 75%
UV dose: ≥ 30 mJ/cm²

Specifications

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Table 1: SB10 Series
Model	Flow Rate T/H	Reactor Dimension	In/Outlet Port	UV Lamp	Lamp Power	Quartz Tube	Ballast
SB10-H02	14	1212 × 133 mm	DN65	GHO1148T5L/4P	120 w × 2	QT5-1183	ZUM3-800-120
SB10-H03	27	1212 × 168 mm	DN80	GHO1148T5L/4P	120 w × 3	QT5-1183	ZUM3-800-120
SB10-H04	35	1212 × 168 mm	DN100	GHO1148T5L/4P	120 w × 4	QT5-1183	ZUM3-800-120
SB10-H05	58	1212 × 219 mm	DN100	GHO1148T5L/4P	120 w × 5	QT5-1183	ZUM3-800-120
SB10-H06	69	1212 × 219 mm	DN125	GHO1148T5L/4P	120 w × 6	QT5-1183	ZUM3-800-120
SB10-H07	80	1212 × 219 mm	DN125	GHO1148T5L/4P	120 w × 7	QT5-1183	ZUM3-800-120
SB10-HA3	105	1618 × 219 mm	DN150	GPHHVA1554T6L	320 w × 3	QT6-1589	ZAM4-2100-320
SB10-HA4	137	1618 × 219 mm	DN150	GPHHVA1554T6L	320 w × 4	QT6-1589	ZAM4-2100-320
SB10-HA5	168	1618 × 219 mm	DN150	GPHHVA1554T6L	320 w × 5	QT6-1589	ZAM4-2100-320
SB10-HA6	198	1618 × 219 mm	DN150	GPHHVA1554T6L	320 w × 6	QT6-1589	ZAM4-2100-320
SB10-HA7	298	1618 × 274 mm	DN200	GPHHVA1554T6L	320 w × 7	QT6-1589	ZAM4-2100-320
SB10-HA8	337	1618 × 274 mm	DN200	GPHHVA1554T6L	320 w × 8	QT6-1589	ZAM4-2100-320
SB10-HA9	459	1618 × 325 mm	DN250	GPHHVA1554T6L	320 w × 9	QT6-1589	ZAM4-2100-320
SB10-HA10	505	1618 × 325 mm	DN250	GPHHVA1554T6L	320 w × 10	QT6-1589	ZAM4-2100-320
Chamber material: 304 SS (316L is optional); Philips uv lamp is optional. Flow parameters are customizable; please contact us for specific requirements.

SA series industrial UV water sterilizer

High-quality chamber material: Made of high-strength, corrosion-resistant SS 304 with sandblasted surface and internal/external electrolytic treatment. The inner wall enhances UV intensity through reflective surfaces.
Cleaning mechanism: A reciprocating automatic cleaning system operates at set intervals to remove fouling and deposits from the surface of the quartz sleeve.
UV monitoring: High-precision UV intensity sensor provides real-time monitoring of the UV lamp performance inside the chamber.
High-purity quartz sleeve: Installed outside the lamp and in direct contact with water to protect the lamp; made of custom high-transmittance quartz with UVC transmittance ≥ 90% at 253.7 nm.
PLC intelligent control: Fully automated control enables unattended operation. Precise cleaning mechanisms and programmable cleaning frequency ensure consistently high transmittance and sterilization performance, User-friendly touchscreen interface simplifies installation, maintenance, and inspection. Supports remote control and real-time monitoring of system operation and data acquisition.

Specifications

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Table 2: SA Series
Model	Flow Rate T/H	Reactor Dimension	In/Outlet Port	UV Lamp	Lamp Power	Quartz Tube	Ballast
SA-3120	35	1420 × 168 mm	DN80	GHO1148T5L/4P	120 w × 3	QT6-1183-D	ZUM3-800-120
SA-4120	45	1420 × 219 mm	DN100	GHO1148T5L/4P	120 w × 4	QT6-1183-D	ZUM3-800-120
SA-5120	55	1420 × 219 mm	DN125	GHO1148T5L/4P	120 w × 5	QT6-1183-D	ZUM3-800-120
SA-6120	70	1420 × 274 mm	DN150	GHO1148T5L/4P	120 w × 6	QT6-1183-D	ZUM3-800-120
SA-7120	80	1420 × 274 mm	DN150	GHO1148T5L/4P	120 w × 7	QT6-1183-D	ZUM3-800-120
SA-8120	95	1420 × 274 mm	DN200	GHO1148T5L/4P	120 w × 8	QT6-1183-D	ZUM3-800-120
SA-9120	120	1420 × 325 mm	DN200	GHO1148T5L/4P	120 w × 9	QT6-1183-D	ZUM3-800-120
Chamber material: 304 SS (316L is optional); Philips uv lamp is optional. Flow parameters are customizable; please contact us for specific requirements.

SIB series industrial UV water sterilizer

Sterilization efficiency up to 99.99% (Escherichia coli)
UV system fault alarm
High-stability electronic ballast with CE certification
Tube body is ultrasonically cleaned at high temperature to ensure no residue or impurities
304 stainless steel chamber, excellent welding process, polished surface, capable of passing 100,000 cycles of water hammer test at 0.014 MPa – 1.04 MPa

Water Quality Requirements

Max. working water pressure: 0.8 MPa (116 psi)
Ambient water temperature: 2–40°C (36–104°F)
UV transmittance: > 75%
Turbidity: < 1 NTU
Iron: < 0.3 ppm (0.3 mg/L)
Hardness: < 7 gpg (120 mg/L)

Specifications

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Table 4: SIB Series
Model	Flow Rate T/H	Reactor Dimension	In/Outlet Port	Package Size cm/set	UV Lamp	Lamp Power	Quartz Tube	Ballast
SIB-187	5.4	885 × 89 mm	R1" male	96 × 22.4 × 42 cm / 1	UVT5-487	87 w × 1	QT5-875	ZAP3-800-87
SIB-287	10	885 × 108 mm	R1" male	96 × 22.4 × 42 cm / 1	UVT5-487	87 w × 2	QT5-875	ZAP3-800-87
SIB-387	18	885 × 133 mm	R1.5" male	96 × 24.8 × 45 cm / 1	UVT5-487	87 w × 3	QT5-875	ZAP3-800-87
SIB-487	24	885 × 133 mm	R1.5" male	96 × 24.8 × 45 cm / 1	UVT5-487	87 w × 4	QT5-875	ZAP3-800-87
SIB-587	37	885 × 168 mm	R2" male	96 × 29.5 × 55 cm / 1	UVT5-487	87 w × 5	QT5-875	ZAP3-800-87
SIB-687	45	885 × 168 mm	R2" male	96 × 29.5 × 55 cm / 1	UVT5-487	87 w × 6	QT5-875	ZAP3-800-87
SIB-787	60	885 × 219 mm	R3" male	96 × 36.5 × 65 cm / 1	UVT5-487	87 w × 7	QT5-875	ZAP3-800-87
SIB-887	67	885 × 219 mm	R3" male	96 × 36.5 × 65 cm / 1	UVT5-487	87 w × 8	QT5-875	ZAP3-800-87
Chamber material: 304 SS (316L is optional); Philips uv lamp is optional. NPT threads customizable. Flow parameters are customizable; please contact us for specific requirements.

SIBM series industrial UV water sterilizer

Sterilization efficiency up to 99.99% (Escherichia coli)
UV system fault alarm
High-stability electronic ballast with CE certification
Tube body is ultrasonically cleaned at high temperature to ensure no residue or impurities
304 stainless steel chamber, excellent welding process, polished surface, capable of passing 100,000 cycles of water hammer test at 0.014 MPa – 1.04 MPa

Water Quality Requirements

Max. working water pressure 0.8 MPa (116 psi)
Ambient water temperature 2–40 °C
UV transmittance > 75%
Turbidity < 1 NTU
Iron < 0.3 ppm (0.3 mg/L)
Hardness < 7 gpg (120 mg/L)
Ultraviolet dose: ≥ 30 mJ/cm²

Specifications

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Table 5: SIBM Series
Model	Flow Rate T/H	Reactor Dimension	In/Outlet Port	Package Size cm/set	UV Lamp	Lamp Power	Quartz Tube	Ballast
SIBM-2120	12	1195 × 108 mm	DN50	130 × 22.4 × 42 cm / 1	UVT5-4120	120 w × 2	QT5-1183	ZUM3-800-120
SIBM-3120	21	1195 × 133 mm	DN65	130 × 24.8 × 45 cm / 1	UVT5-4120	120 w × 3	QT5-1183	ZUM3-800-120
SIBM-4120	28	1195 × 133 mm	DN80	130 × 24.8 × 45 cm / 1	UVT5-4120	120 w × 4	QT5-1183	ZUM3-800-120
SIBM-5120	45	1195 × 168 mm	DN80	130 × 29.5 × 55 cm / 1	UVT5-4120	120 w × 5	QT5-1183	ZUM3-800-120
SIBM-6120	53	1195 × 168 mm	DN100	130 × 29.5 × 55 cm / 1	UVT5-4120	120 w × 6	QT5-1183	ZUM3-800-120
SIBM-7120	84	1195 × 219 mm	DN100	130 × 36.5 × 65 cm / 1	UVT5-4120	120 w × 7	QT5-1183	ZUM3-800-120
SIBM-8120	95	1195 × 219 mm	DN125	130 × 36.5 × 65 cm / 1	UVT5-4120	120 w × 8	QT5-1183	ZUM3-800-120
SIBM-9120	122	1195 × 275 mm	DN125	130 × 43.2 × 73 cm / 1	UVT5-4120	120 w × 9	QT5-1183	ZUM3-800-120
SIBM-10120	135	1195 × 275 mm	DN150	130 × 43.2 × 73 cm / 1	UVT5-4120	120 w × 10	QT5-1183	ZUM3-800-120
Chamber material: 304 SS (316L is optional); Philips uv lamp is optional. Flow parameters are customizable; please contact us for specific requirements.

Medium pressure industrial UV water sterilizer

High-Quality Chamber Material: Constructed with high-strength, corrosion-resistant stainless steel 316L. The inner wall of the chamber enhances UV intensity through UV reflection.
Manufacturing Process: Single-side welding with dual-side forming for a visually appealing appearance.The surface is sandblasted, and both interior and exterior are precisely electropolished to meet pharmaceutical pipeline hygiene standards.
Unique Structure: Both ends of the chamber adopt a single-piece detachable design for easy maintenance. The press-fit sealing structure eliminates the need for draining; UV lamps can be replaced directly, saving time and effort.
Cleaning Device: The cleaning mechanism operates automatically in a timed, bidirectional reciprocating manner. PTFE scraper-type cleaning rings closely adhere to the sleeves, providing more thorough cleaning. Resistant to high temperatures, corrosion, and UV radiation.
Core Light Source: Original German-imported UV lamps, specially developed for water treatment, featuring stable and reliable performance.
UV Monitoring: High-precision integrated UV intensity and temperature sensor for real-time monitoring of water temperature and UV lamp operating status inside the chamber.
PLC Intelligent Control: Fully automated intelligent control enables unattended operation. Precise cleaning structure and intelligent cleaning frequency settings ensure sustained high transmittance and sterilization efficiency. User-friendly touchscreen design facilitates installation and daily maintenance checks. Supports remote control to monitor equipment status and collect data in real time.

Specifications

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Table 6: Medium Pressure UV Series
Model	Flow Rate T/H	UV Lamp Power	In/Outlet Port	Quartz Tube	Cleaning System	Input Voitage	Dimension
SMP108 A1/2	15	0.6 KW	DN50	Ø38 × 558 mm	None	220 VAC	108 × 585 mm
SMP108 B1/2	30	1.1 KW	DN50	Ø38 × 558 mm	None	220 VAC	108 × 585 mm
SMP168 B1/2	50	1.1 KW	DN50	Ø38 × 558 mm	Standard	220 VAC	168 × 750 mm
SMP168 C1/3	60	2.1 KW	DN80	Ø38 × 1025 mm	Standard	220 VAC	168 × 1200 mm
SMP168 C1/4	100	2.1 KW	DN100	Ø38 × 1025 mm	Standard	220 VAC	168 × 1200 mm
SMP168 D1/4	100	3.4 KW	DN100	Ø38 × 1025 mm	Standard	220 VAC	168 × 1200 mm
SMP219 C1/4	100	2.1 KW	DN100	Ø38 × 1025 mm	Standard	220 VAC	219 × 1200 mm
SMP219 D1/6	230	3.4 KW	DN150	Ø38 × 1025 mm	Standard	380 VAC	219 × 1200 mm
SMP325 D1/8	350	3.4 KW	DN200	Ø38 × 1025 mm	Standard	380 VAC	325 × 1200 mm
SMP325 E1/8	400	4.9 KW	DN200	Ø38 × 1025 mm	Standard	380 VAC	325 × 1200 mm
SMP325 E1/10	535	4.9 KW	DN250	Ø38 × 1025 mm	Standard	380 VAC	325 × 1200 mm
Philips uv lamp is optional. Flow parameters are customizable; please contact us for specific requirements.

Working Principle

Ultraviolet sterilization is a disinfection technology based on modern epidemiology, optics, biology and physical chemistry. It utilizes a UV-C emitting device to irradiate water flow with UV-C light. When various bacteria, viruses, parasites, algae, and other pathogens in the water are exposed to a certain dose of UV-C radiation, the DNA (deoxyribonucleic acid) or RNA (ribonucleic acid) structure within their cells is damaged, causing them to lose the ability to replicate and reproduce. Since the lifecycle of bacteria and viruses is generally short, those unable to reproduce will quickly die. Thus, the sterilization and disinfection effect is achieved without the use of any chemical agents.