Mazzei (BR125-NPVDF) 1.5" Female NPT x .5" FNPT Bell Reducer - Natural PVDF
Mazzei BR125-NPVDF 1.5" x 0.5" Bell Reducer
The Mazzei BR125-NPVDF is a precision-molded bell reducer designed to connect 1.5" female NPT inlet lines to 0.5" female NPT outlet connections on venturi injector systems. Natural PVDF construction delivers exceptional chemical resistance and dimensional stability across a wide range of water treatment applications, from chlorine injection to fertilizer dosing systems.
BR125-NPVDF Technical Details
| Model Number | BR125-NPVDF |
| Inlet Connection | 1.5" Female NPT |
| Outlet Connection | 0.5" Female NPT |
| Material | Natural PVDF (Polyvinylidene Fluoride) |
| Thread Type | NPT (National Pipe Thread) |
| Chemical Resistance | Excellent across pH 1-14 |
| Temperature Range | 32°F to 280°F (0°C to 138°C) |
| Brand | Mazzei Injector Corporation |
Why PVDF Bell Reducers Matter
Natural PVDF Construction
Engineered thermoplastic with outstanding chemical resistance to oxidizers, acids, halogens, and hydrocarbons used in water treatment injection systems
NPT Thread Standard
Female NPT threads on both ends provide secure, tapered pipe connections that seal properly with standard plumbing fittings and injection equipment
1.5" to 0.5" Reduction
Bell reducer design transitions from larger mainline piping down to smaller injector inlet sizes without turbulence or pressure loss
Wide Temperature Range
PVDF maintains mechanical strength and chemical resistance from freezing temperatures up to 280°F, suitable for heated chemical feeds
Mazzei OEM Component
Genuine Mazzei fitting manufactured to exact tolerances for compatibility with Mazzei venturi injectors and mounting assemblies
Injection System Ready
Direct fit for municipal chlorination, agricultural fertigation, industrial chemical dosing, and aquaculture ozone injection applications
Where the BR125-NPVDF Fits
The Mazzei BR125-NPVDF bell reducer is designed for integration with Mazzei venturi injector systems requiring 1.5" mainline connections and 0.5" injector inlets. Common applications include municipal water disinfection with sodium hypochlorite or chlorine gas, agricultural irrigation fertigation systems, industrial wastewater pH adjustment with acids or caustics, aquaculture ozone injection, cooling tower biocide dosing, and swimming pool chemical feed systems. Compatible with all Mazzei 500 series and 1500 series injectors using 0.5" NPT inlet ports. PVDF material is approved for potable water contact and meets NSF/ANSI standards for drinking water system components.
Mazzei Injector Corporation has manufactured precision venturi injection systems in Bakersfield, California since 1978, trusted by water treatment professionals worldwide for reliability and chemical compatibility.
Mazzei BR125-NPVDF 1.5" x 0.5" Bell Reducer
The Mazzei BR125-NPVDF is a precision-molded bell reducer designed to connect 1.5" female NPT inlet lines to 0.5" female NPT outlet connections on venturi injector systems. Natural PVDF construction delivers exceptional chemical resistance and dimensional stability across a wide range of water treatment applications, from chlorine injection to fertilizer dosing systems.
BR125-NPVDF Technical Details
| Model Number | BR125-NPVDF |
| Inlet Connection | 1.5" Female NPT |
| Outlet Connection | 0.5" Female NPT |
| Material | Natural PVDF (Polyvinylidene Fluoride) |
| Thread Type | NPT (National Pipe Thread) |
| Chemical Resistance | Excellent across pH 1-14 |
| Temperature Range | 32°F to 280°F (0°C to 138°C) |
| Brand | Mazzei Injector Corporation |
Why PVDF Bell Reducers Matter
Natural PVDF Construction
Engineered thermoplastic with outstanding chemical resistance to oxidizers, acids, halogens, and hydrocarbons used in water treatment injection systems
NPT Thread Standard
Female NPT threads on both ends provide secure, tapered pipe connections that seal properly with standard plumbing fittings and injection equipment
1.5" to 0.5" Reduction
Bell reducer design transitions from larger mainline piping down to smaller injector inlet sizes without turbulence or pressure loss
Wide Temperature Range
PVDF maintains mechanical strength and chemical resistance from freezing temperatures up to 280°F, suitable for heated chemical feeds
Mazzei OEM Component
Genuine Mazzei fitting manufactured to exact tolerances for compatibility with Mazzei venturi injectors and mounting assemblies
Injection System Ready
Direct fit for municipal chlorination, agricultural fertigation, industrial chemical dosing, and aquaculture ozone injection applications
Where the BR125-NPVDF Fits
The Mazzei BR125-NPVDF bell reducer is designed for integration with Mazzei venturi injector systems requiring 1.5" mainline connections and 0.5" injector inlets. Common applications include municipal water disinfection with sodium hypochlorite or chlorine gas, agricultural irrigation fertigation systems, industrial wastewater pH adjustment with acids or caustics, aquaculture ozone injection, cooling tower biocide dosing, and swimming pool chemical feed systems. Compatible with all Mazzei 500 series and 1500 series injectors using 0.5" NPT inlet ports. PVDF material is approved for potable water contact and meets NSF/ANSI standards for drinking water system components.
Mazzei Injector Corporation has manufactured precision venturi injection systems in Bakersfield, California since 1978, trusted by water treatment professionals worldwide for reliability and chemical compatibility.
Original: $53.82
-65%$53.82
$18.84Description
Mazzei BR125-NPVDF 1.5" x 0.5" Bell Reducer
The Mazzei BR125-NPVDF is a precision-molded bell reducer designed to connect 1.5" female NPT inlet lines to 0.5" female NPT outlet connections on venturi injector systems. Natural PVDF construction delivers exceptional chemical resistance and dimensional stability across a wide range of water treatment applications, from chlorine injection to fertilizer dosing systems.
BR125-NPVDF Technical Details
| Model Number | BR125-NPVDF |
| Inlet Connection | 1.5" Female NPT |
| Outlet Connection | 0.5" Female NPT |
| Material | Natural PVDF (Polyvinylidene Fluoride) |
| Thread Type | NPT (National Pipe Thread) |
| Chemical Resistance | Excellent across pH 1-14 |
| Temperature Range | 32°F to 280°F (0°C to 138°C) |
| Brand | Mazzei Injector Corporation |
Why PVDF Bell Reducers Matter
Natural PVDF Construction
Engineered thermoplastic with outstanding chemical resistance to oxidizers, acids, halogens, and hydrocarbons used in water treatment injection systems
NPT Thread Standard
Female NPT threads on both ends provide secure, tapered pipe connections that seal properly with standard plumbing fittings and injection equipment
1.5" to 0.5" Reduction
Bell reducer design transitions from larger mainline piping down to smaller injector inlet sizes without turbulence or pressure loss
Wide Temperature Range
PVDF maintains mechanical strength and chemical resistance from freezing temperatures up to 280°F, suitable for heated chemical feeds
Mazzei OEM Component
Genuine Mazzei fitting manufactured to exact tolerances for compatibility with Mazzei venturi injectors and mounting assemblies
Injection System Ready
Direct fit for municipal chlorination, agricultural fertigation, industrial chemical dosing, and aquaculture ozone injection applications
Where the BR125-NPVDF Fits
The Mazzei BR125-NPVDF bell reducer is designed for integration with Mazzei venturi injector systems requiring 1.5" mainline connections and 0.5" injector inlets. Common applications include municipal water disinfection with sodium hypochlorite or chlorine gas, agricultural irrigation fertigation systems, industrial wastewater pH adjustment with acids or caustics, aquaculture ozone injection, cooling tower biocide dosing, and swimming pool chemical feed systems. Compatible with all Mazzei 500 series and 1500 series injectors using 0.5" NPT inlet ports. PVDF material is approved for potable water contact and meets NSF/ANSI standards for drinking water system components.
Mazzei Injector Corporation has manufactured precision venturi injection systems in Bakersfield, California since 1978, trusted by water treatment professionals worldwide for reliability and chemical compatibility.
