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Mazzei - 1078 Series - 1.0” Male NPT Inlet/Outlet Connections (0.50” Barbed/Male NPT Threaded Suction Port Cap)

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Mazzei - 1078 Series - 1.0” Male NPT Inlet/Outlet Connections (0.50” Barbed/Male NPT Threaded Suction Port Cap)

The Mazzei 1078 Series venturi injector delivers precision chemical and gas injection through patented internal mixing vanes that create thousands of microbubbles for superior solubility. Built with no moving parts and available in polypropylene or PVDF, this 1.0" NPT injector handles a wide range of pressures with minimal differential requirements.
SPECIFICATIONS

Mazzei 1078 Series Technical Details

Model Series Mazzei 1078
Inlet/Outlet Connections 1.0" Male NPT
Suction Port 0.50" Barbed or Male NPT Threaded Cap
Material Options Polypropylene (PP), PVDF (Natural or Dyed), ECTFE
Operating Principle Differential pressure venturi with internal mixing vanes
Moving Parts None
Certifications NSF 61 and FDA approved (Natural PVDF)
Applications Chemical injection, ozone, oxygen, air, liquid additives
INSTALLATION & USE

How the Mazzei 1078 Injector Operates

  1. Pressurized water enters the 1.0" male NPT inlet and is constricted toward the injection chamber, accelerating into a high-velocity jet stream that creates vacuum at the suction port.
  2. The vacuum draws liquid or gas additives through the 0.50" suction port, where internal mixing vanes create thousands of microbubbles for maximum surface area contact and solubility.
  3. The jet stream diffuses toward the outlet, reducing velocity and resuming normal flow in a thoroughly mixed state with minimal pressure loss.
  4. Monitor inlet and outlet pressure differential to ensure optimal vacuum generation at the suction port, adjusting flow rates as needed for your specific additive requirements.
COMPATIBILITY

Material Selection & Chemical Resistance

Choose polypropylene for cost-effective resistance to most acids and alkalis with high tensile strength and UV stability. Select PVDF for superior performance with ozone, sulfuric acid, nitric acid, chlorine, and higher temperature applications requiring NSF 61 or FDA approval. ECTFE offers extreme chemical resistance in alkaline environments above pH 10 with excellent weather resistance and low flammability. The 1078 series accommodates 1.0" NPT threaded pipe systems and works with variable suction port configurations depending on whether you need barbed connections for tubing or male NPT threads for rigid piping.

🔧 Pro Tip: Mazzei injectors require only minimal pressure differential to generate vacuum—typically 10-15 PSI between inlet and outlet is sufficient. If you're not achieving adequate suction, check for downstream restrictions or undersized outlet piping before assuming injector failure. The microbubble action works best when outlet pressure remains low enough to sustain the venturi effect.
The Mazzei 1078 Series venturi injector delivers precision chemical and gas injection through patented internal mixing vanes that create thousands of microbubbles for superior solubility. Built with no moving parts and available in polypropylene or PVDF, this 1.0" NPT injector handles a wide range of pressures with minimal differential requirements.
SPECIFICATIONS

Mazzei 1078 Series Technical Details

Model Series Mazzei 1078
Inlet/Outlet Connections 1.0" Male NPT
Suction Port 0.50" Barbed or Male NPT Threaded Cap
Material Options Polypropylene (PP), PVDF (Natural or Dyed), ECTFE
Operating Principle Differential pressure venturi with internal mixing vanes
Moving Parts None
Certifications NSF 61 and FDA approved (Natural PVDF)
Applications Chemical injection, ozone, oxygen, air, liquid additives
INSTALLATION & USE

How the Mazzei 1078 Injector Operates

  1. Pressurized water enters the 1.0" male NPT inlet and is constricted toward the injection chamber, accelerating into a high-velocity jet stream that creates vacuum at the suction port.
  2. The vacuum draws liquid or gas additives through the 0.50" suction port, where internal mixing vanes create thousands of microbubbles for maximum surface area contact and solubility.
  3. The jet stream diffuses toward the outlet, reducing velocity and resuming normal flow in a thoroughly mixed state with minimal pressure loss.
  4. Monitor inlet and outlet pressure differential to ensure optimal vacuum generation at the suction port, adjusting flow rates as needed for your specific additive requirements.
COMPATIBILITY

Material Selection & Chemical Resistance

Choose polypropylene for cost-effective resistance to most acids and alkalis with high tensile strength and UV stability. Select PVDF for superior performance with ozone, sulfuric acid, nitric acid, chlorine, and higher temperature applications requiring NSF 61 or FDA approval. ECTFE offers extreme chemical resistance in alkaline environments above pH 10 with excellent weather resistance and low flammability. The 1078 series accommodates 1.0" NPT threaded pipe systems and works with variable suction port configurations depending on whether you need barbed connections for tubing or male NPT threads for rigid piping.

🔧 Pro Tip: Mazzei injectors require only minimal pressure differential to generate vacuum—typically 10-15 PSI between inlet and outlet is sufficient. If you're not achieving adequate suction, check for downstream restrictions or undersized outlet piping before assuming injector failure. The microbubble action works best when outlet pressure remains low enough to sustain the venturi effect.
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From $179.59
Mazzei - 1078 Series - 1.0” Male NPT Inlet/Outlet Connections (0.50” Barbed/Male NPT Threaded Suction Port Cap)—
$179.59

Description

The Mazzei 1078 Series venturi injector delivers precision chemical and gas injection through patented internal mixing vanes that create thousands of microbubbles for superior solubility. Built with no moving parts and available in polypropylene or PVDF, this 1.0" NPT injector handles a wide range of pressures with minimal differential requirements.
SPECIFICATIONS

Mazzei 1078 Series Technical Details

Model Series Mazzei 1078
Inlet/Outlet Connections 1.0" Male NPT
Suction Port 0.50" Barbed or Male NPT Threaded Cap
Material Options Polypropylene (PP), PVDF (Natural or Dyed), ECTFE
Operating Principle Differential pressure venturi with internal mixing vanes
Moving Parts None
Certifications NSF 61 and FDA approved (Natural PVDF)
Applications Chemical injection, ozone, oxygen, air, liquid additives
INSTALLATION & USE

How the Mazzei 1078 Injector Operates

  1. Pressurized water enters the 1.0" male NPT inlet and is constricted toward the injection chamber, accelerating into a high-velocity jet stream that creates vacuum at the suction port.
  2. The vacuum draws liquid or gas additives through the 0.50" suction port, where internal mixing vanes create thousands of microbubbles for maximum surface area contact and solubility.
  3. The jet stream diffuses toward the outlet, reducing velocity and resuming normal flow in a thoroughly mixed state with minimal pressure loss.
  4. Monitor inlet and outlet pressure differential to ensure optimal vacuum generation at the suction port, adjusting flow rates as needed for your specific additive requirements.
COMPATIBILITY

Material Selection & Chemical Resistance

Choose polypropylene for cost-effective resistance to most acids and alkalis with high tensile strength and UV stability. Select PVDF for superior performance with ozone, sulfuric acid, nitric acid, chlorine, and higher temperature applications requiring NSF 61 or FDA approval. ECTFE offers extreme chemical resistance in alkaline environments above pH 10 with excellent weather resistance and low flammability. The 1078 series accommodates 1.0" NPT threaded pipe systems and works with variable suction port configurations depending on whether you need barbed connections for tubing or male NPT threads for rigid piping.

🔧 Pro Tip: Mazzei injectors require only minimal pressure differential to generate vacuum—typically 10-15 PSI between inlet and outlet is sufficient. If you're not achieving adequate suction, check for downstream restrictions or undersized outlet piping before assuming injector failure. The microbubble action works best when outlet pressure remains low enough to sustain the venturi effect.
Mazzei - 1078 Series - 1.0” Male NPT Inlet/Outlet Connections (0.50” Barbed/Male NPT Threaded Suction Port Cap) | Isopure Water