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  • ORLTL 0 433 175 471 DSLA 146P 1675 Automatic Nozzle DSLA 146P1675 Standard Nozzle DSLA 146 P1675 for 0 445 110 307
  • ORLTL 0 433 175 471 DSLA 146P 1675 Automatic Nozzle DSLA 146P1675 Standard Nozzle DSLA 146 P1675 for 0 445 110 307
  • ORLTL 0 433 175 471 DSLA 146P 1675 Automatic Nozzle DSLA 146P1675 Standard Nozzle DSLA 146 P1675 for 0 445 110 307
  • ORLTL 0 433 175 471 DSLA 146P 1675 Automatic Nozzle DSLA 146P1675 Standard Nozzle DSLA 146 P1675 for 0 445 110 307
  • ORLTL 0 433 175 471 DSLA 146P 1675 Automatic Nozzle DSLA 146P1675 Standard Nozzle DSLA 146 P1675 for 0 445 110 307
  • ORLTL 0 433 175 471 DSLA 146P 1675 Automatic Nozzle DSLA 146P1675 Standard Nozzle DSLA 146 P1675 for 0 445 110 307
ORLTL 0 433 175 471 DSLA 146P 1675 Automatic Nozzle DSLA 146P1675 Standard Nozzle DSLA 146 P1675 for 0 445 110 307
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ORLTL 0 433 175 471 DSLA 146P 1675 Automatic Nozzle DSLA 146P1675 Standard Nozzle DSLA 146 P1675 for 0 445 110 307

  • >= 1 Pieces
    $12.99

Customization:

Customized logo（Min.Order: 400 pieces）
Customized packaging（Min.Order: 300 pieces）
Graphic customization（Min.Order: 400 pieces）
View product details

ORLTL 0 433 175 471 DSLA 146P 1675 Automatic Nozzle DSLA 146P1675 Standard Nozzle DSLA 146 P1675 for 0 445 110 307

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Fuel Injection: Designed as an automatic injector nozzle for engines, ensuring accurate and efficient fuel delivery in combustion processes.
  • Durability & Reliability: Constructed from corrosion-resistant metal (stainless steel), enabling robust performance in harsh automotive or industrial environments.

Key features

  • 1. Corrosion-Resistant Stainless Steel Construction

    • With a corrosion-resistant stainless steel body, ensure durability in high-temperature engine environments*

  • 2. Precision-Engineered Hexagonal Grip Design

    • With a hexagonal gripping section, enable easy installation and secure adjustments using standard tools, unlike generic nozzles without dedicated gripping features*.

  • 3. Optimized Performance for Specific Engine Models

    • Designed for 0 445 110 307 engines, deliver precise fuel injection performance and compatibility compared to non-specialized aftermarket nozzles*.

  • 4. Commercial-Grade Reliability

    • Engineered for continuous operation in commercial vehicles, ensuring stable performance under heavy loads and prolonged use, outperforming low-quality alternatives*.

  • 5. OEM-Compliant Certification

    • Manufactured to OEM standards, guaranteeing seamless integration and safety compliance in automotive engine systems, unlike uncertified aftermarket parts*.

Product details

ORLTL 0 433 175 471 DSLA 146P 1675 Automatic Nozzle DSLA 146P1675 Standard Nozzle DSLA 146 P1675 for 0 445 110 307

The ORLTL 0 433 175 471 DSLA 146P 1675 Automatic Nozzle is a precision-engineered injector nozzle designed for high-performance engine systems. Crafted from corrosion-resistant stainless steel, it ensures durability in harsh operating environments. Its cylindrical design with a hexagonal gripping section and sharp tip enables precise installation and optimal fluid delivery. Compatible with engines like the 0 445 110 307, this nozzle combines reliability with advanced engineering for seamless integration into automotive and industrial applications.

Technical specifications

FeatureSpecificationBenefit
MaterialStainless Steel (AISI 316)Withstands corrosion and high temperatures
DesignCylindrical body with hexagonal gripEasy installation and secure alignment
Tip GeometryPrecision-machined sharp tipEnsures accurate fluid penetration
Pressure Rating200 bar (2900 psi)Supports high-pressure engine systems
CompatibilityFits 0 445 110 307 engine modelsDirect replacement for standard nozzles

Customization guide

Adjustable parameters include nozzle orifice diameter (±5% tolerance) and material hardness (up to Rockwell C 55) to meet specific engine flow requirements or environmental conditions.

Get inspired

With its hexagonal grip design, you can achieve precise torque adjustments during installation. The corrosion-resistant stainless steel ensures long-term reliability in harsh environments. For engines requiring higher flow rates, the adjustable orifice diameter allows customization to optimize performance.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Flow Rate12 L/min+15% (13.8 L/min)+30% (15.6 L/min)
Pressure Tolerance200 bar220 bar250 bar
Material HardnessRockwell C 45Rockwell C 50Rockwell C 55
Weight280g295g310g

Supplier's note

  1. Technical Breakthroughs:

    • Enhanced Pressure Tolerance (Pro Model): The Pro Model’s 250 bar rating exceeds industry standards by 25%, enabling use in high-stress industrial engines.
    • Customizable Orifice Diameter: Adjustable orifice sizes (Base: ±3%, Pro: ±5%) allow tailored fluid delivery for diverse engine configurations.
    • Hexagonal Grip Design: Facilitates wrench-based installation, reducing misalignment risks by 40% compared to traditional nozzles.

  2. Optimal Version Selection:

    • Base Model: Ideal for standard automotive engines (e.g., 0 445 110 307) requiring reliable, cost-effective performance.
    • Advanced Model: Suitable for heavy-duty machinery needing 15% higher flow rates without sacrificing durability.
    • Pro Model: Best for extreme applications like industrial turbines, where tripled corrosion resistance and 25% higher pressure tolerance ensure longevity.

Example Use Case: The Pro Model’s 250 bar rating and Rockwell C 55 hardness enable safe operation in chemical processing engines, paired with its sharp tip geometry to maintain precision under corrosive conditions.

Frequently asked questions

  • Which engine models is the ORLTL 0 433 175 471 DSLA 146P 1675 Automatic Nozzle compatible with?

  • How do I clean and maintain the ORLTL injector nozzle to prevent clogging?

  • What materials are used in the ORLTL Standard Nozzle, and why are they better for engine parts?

  • Can the ORLTL DSLA 146P1675 nozzle be customized for non-standard engine setups?

  • Is the ORLTL injector nozzle compatible with the 0 445 110 307 engine component?

  • What makes the ORLTL nozzle more durable than competitors’ models?

  • Does the ORLTL Standard Nozzle meet automotive industry safety certifications?

  • How does the pointed tip of the ORLTL nozzle improve fuel efficiency?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionHarsh environmental conditionsIndustry: ASTM A36 SteelBase: AISI 304 Stainless Steel (▲ corrosion resistance)Advanced: AISI 316 Stainless Steel (▲▲ marine-grade) (50% better chloride resistance)
Enhanced durability in corrosive environmentsAdvanced version increases cost by ~20% due to premium alloy usage
Noise LevelPassenger comfort in vehiclesIndustry: 45 dBABase: 43 dBA (▲2 dB reduction)Advanced: 40 dBA (▲▲5 dB total) (quieter than a refrigerator hum @45 dBA)
Reduces cabin noise pollutionAdvanced requires precision alignment during installation
Chemical ResistanceExposure to harsh fuels/lubricantsIndustry: 20 exposures (ASTM D543)Base: 30 exposures (▲10)Advanced: 50+ exposures (▲▲ meets ASTM D543 Class 3)
Extended service life in aggressive environmentsBase may degrade in prolonged contact with strong solvents
WeightLightweight vehicle applicationsIndustry: 600g (ISO 5893)Base: 550g (▲50g lighter)Advanced: 500g (▲▲100g total) (optimizes fuel efficiency by ~3%)
Improves fuel efficiency and handlingAdvanced may have reduced load capacity compared to industry standard
Pressure HandlingHigh-pressure diesel enginesIndustry: 200 barBase: 220 bar (▲20 bar)Advanced: 250 bar (▲▲50 bar) (supports Tier 4 emission-compliant engines)
Enables higher engine performance and efficiencyAdvanced requires specialized maintenance protocols
Operational LifespanContinuous operation in heavy machineryIndustry: 300,000 cycles (ISO 13388)Base: 500,000 cycles (▲200k)Advanced: 750,000 cycles (▲▲450k) (reduces downtime by 60%)
Minimizes replacement frequency for industrial machineryAdvanced has higher upfront cost but lower total lifecycle expenses

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The comparison data is based on manufacturer information and industry standards. Actual results may vary depending on individual use cases. It is advisable to verify details with the supplier for the most accurate information.