Mak 281 Injector Nozzle

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MOQ : 250 Units

Mak 281 Injector Nozzle Specification

Application Areas
Marine Engines, Power Generation, Heavy Industrial Engines

Equipment Type
Engine Injector Nozzle

Capacity
High Pressure Fuel Injection

Usage & Applications
Used in diesel engines for atomizing fuel for efficient combustion

Flow Rate
Optimized for MAk 281 engine

Product Type
Injector Nozzle

Type
Others

Material
Hardened Alloy Steel

Automatic Grade
Manual

Control System
Mechanical

Drive Type
Engine driven

Weight (kg)
Approx. 0.5 kg

Dimension (L*W*H)
Standard for MAk 281 engine specification

Size
Standard MAk 281 sizing

Surface Finishing
Polished, Heat treated

Mounting Type
Engine Block Mounting

Color
Metallic grey

Corrosion Resistance
Yes

Precision Tolerance
<10 micron

Compatibility
Specifically engineered for MAk 281 diesel engines

Replacement Cycle
As per engine manufacturer's guidelines

Packing Type
Individual protective casing

Leak Off Pressure
Set as per MAk 281 engine standards

Mak 281 Injector Nozzle Trade Information

Minimum Order Quantity
250 Units

Supply Ability
100 Units Per Month

Delivery Time
1 Week

About Mak 281 Injector Nozzle

We are the most prominent name in this domain, engaged in manufacturing, exporting and supplying an acoustic range of Mak 281 Injector Nozzle. This nozzle is finds its wide application in various engines and generator and highly applauded in the marine industries. The offered nozzle is precisely manufactured under the guidance of our deft professionals using top most grade raw materials with the help of cutting-edge techniques. In addition to this, our honorable patrons can avail this Mak 281 Injector Nozzle at affordable price range from us.

Features:

Robust design
Optimum functionality
Rust proof
Superior finish

Optimized for Performance

Mak 281 Injector Nozzles are meticulously machined to deliver a precise spray pattern, guaranteeing efficient fuel atomization and combustion within MAk 281 diesel engines. Their tight tolerance ensures consistent performance, helping extend the engines lifespan and reduce fuel consumption.

Superior Durability and Corrosion Resistance

Constructed from hardened alloy steel and finished with a polished, heat-treated surface, the nozzle resists corrosion even in demanding environments. The individual protective casing further safeguards against damage during shipping and installation, making it ideal for marine, industrial, and power applications.

FAQs of Mak 281 Injector Nozzle:

Q: How is the Mak 281 Injector Nozzle installed in an engine?

A: The Mak 281 Injector Nozzle is designed for direct mounting into the engine block of MAk 281 diesel engines. Installation should be carried out by qualified personnel, adhering to manufacturer guidelines to ensure proper fit and leak off pressure settings.

Q: What makes the Mak 281 Injector Nozzle compatible with MAk 281 engines?

A: This injector nozzle is specifically engineered for MAk 281 diesel engines, featuring dimensions, flow rates, and mounting points that conform to the engines standard specifications, ensuring seamless integration and optimal performance.

Q: When should the Mak 281 Injector Nozzle be replaced?

A: Replacement cycles should follow the engine manufacturers guidelines, typically dictated by operational hours, performance metrics, or routine maintenance schedules to maintain efficiency and prevent engine wear.

Q: Where can the Mak 281 Injector Nozzle be used?

A: The nozzle is suitable for a variety of application areas, including marine engines, power generation units, and heavy industrial engines, wherever MAk 281 engines are deployed.

Q: What process ensures the nozzles precision tolerance?

A: Each Mak 281 Injector Nozzle is precision-machined and inspected to maintain a tolerance below 10 microns, guaranteeing consistent fuel delivery and spray pattern for efficient combustion.

Q: How does the nozzle benefit engine performance?

A: By atomizing fuel with high precision, the nozzle promotes efficient combustion, leading to optimal power output, reduced emissions, and extended engine life in demanding operational settings.

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