Find Verified Marine Engines Suppliers, Manufacturers and Wholesalers

Bluestone Oil And Gas Ltd provides high-performance AGO diesel designed for heavy-duty trucks, construction equipment, industrial generators, marine engines, and manufacturing operations. Our diesel offers excellent fuel efficiency, operational durability, and dependable power output for demanding industrial applications.

Capron Eco Magnatec is a four-season gasoline engine
oil produced with mineral base oil and good-quality
additives which features proper anti-rust and anti-corrosion
properties.

Capron Eco Magnatec is a four-season gasoline engine
oil produced with mineral base oil and good-quality
additives which features proper anti-rust and anti-corrosion
properties.

Capron Eco Magnatec is a four-season gasoline engine
oil produced with mineral base oil and good-quality
additives which features proper anti-rust and anti-corrosion properties.

Capron Eco Magnatec is a four-season gasoline engine
oil produced with mineral base oil and good-quality
additives which features proper anti-rust and anti-corrosion
properties.

Product descriptions from the supplier
Specification
High item

High quality 3 cylinder E75BMHDL 55.2kw 5500rpm outboard marine engine for boat
Condition

New
Engine

4 Stroke
Fuel Type

Diesel
weight

108kg
Engine type

marine engine
Engine Model

E75BMHDL
12.54LDisplacement

1140cc
Warranty

1 Year
Aplication

marine
Aspiration

turbo-charged
Cooling System

water-cooled
Rated Power

55.2KW
Engine status

high quaility
cylinder

3

2 Stroke 30Hp Long Shaft Outboard Engine Boat Motor
30 HP outboard motor displacement is smaller, it easier for maintenance, will give you performance and reliability for your long days of boating. In many countries (especially for the developing areas) of the world where outboard demand is primarily for commercial uses, the water quality, weather and climate variance and long hours of continuous use make for a very harsh use environment. This is the two stroke outboard motor series developed mainly for commercial use such as on fishing and passenger vessels. This series suits harsh conditions that include everyday use and situations involving long hours of continuous operation. Enhanced strength and durability in locations such as roller bearings, crankshaft and cylinder block, as well as an improved water pump that ensures plenty of cooling effect, combine to deliver substantial improvements in durability and reliability.

Capron Magnatec Plus is a premium-quality four-season gasoline engine oil produced with semi-synthetic base oil and high-quality additives that features excellent anti-rust and anti-corrosion properties.

Engine Oil 10W-40 is a multi-grade lubricant formulated to provide reliable engine protection across a wide range of operating temperatures. It helps reduce friction and wear, maintain engine cleanliness, and support smooth engine performance. It is commonly used in passenger cars, commercial vehicles, motorcycles, and other compatible gasoline or diesel engines, depending on the formulation and OEM requirements.

Advantages
Excellent protection against engine wear
Good cold-start performance
Maintains viscosity at high operating temperatures
Helps reduce sludge and deposit formation
Supports smooth and efficient engine operation
Good oxidation and thermal stability
Suitable for a variety of automotive applications

We Are Suppliers Of High Quality Yamaaha Outboard Engines Both Used And New. We Have A Wide Range Of 350HP, 300HP, 250HP, 200HP, 150HP, 100HP 75HP, 60HP 40HP AND MORE

EXTREME OFFSHORE PERFORMANCE AND DURABILITYâ??NOT TO MENTION STRIKING GOOD LOOKS.
The all-new four-stroke, 5.6L V8 425 hp XTO Offshore is more than an outboard. Itâ??s an integrated power system. Coursing with insightful engineering and industry-first technology such as an electric steering system, itâ??s revolutionizing offshore
boatingâ??and the ownership experienceâ??for yacht-class boaters.

Our integrated digital boat control system now features Set Point. This suite of satellite-guided boat control functions
automatically maintains your position, heading or both. Suddenly fishing beneath the boat, controlled drifting and waiting in place are a snap for captains of any skill level.

SPECIFICATION:
Model Code 2: F40BEDL/ F40BETL
Engine: 4 stroke, SOHC, In-line 3
Displacement: 747 cm�³
Compression Ratio: 9.4
Max. Prop Shaft Output: 29.4 kW (40 ps) @ 5500 r/m
Full throttle rpm range: 5000 ~ 6000 r/m
Fuel Induction System: Electronic fuel injection
Starter System: Prime Start
Lubrication: Wet sump
Engine oil capacity: 1.7 l / 1.5 l * with/ without oil filter exchange
Bore x Stroke (mm): 65.0 mm x 75.0 mm
Fuel consumption: 13.6 l/h @ 5500 r/m
Trim & Tilt: Hydro (5-steps)
Shallow Water Drive Positions: (continuously variable)
Gear ratio: 2.0 (26/13)
Engine transom height: L: 536 mm (21.1
Dry Weight: 100 kg

EN590 10ppm is a high-quality automotive diesel fuel that meets the European standard EN 590 and contains a maximum sulfur content of 10 parts per million (ppm).

Key Specifications of EN590 10ppm Diesel
Sulfur Content: Maximum 10 ppm (0.001%)
Fuel Type: Ultra-Low Sulfur Diesel (ULSD)
Standard: EN 590
Application: Diesel-powered cars, trucks, generators, construction equipment, and marine engines (where permitted)
Environmental Benefit: Lower sulfur emissions, reduced particulate matter, and compatibility with modern emission-control systems.

Typical EN590 Parameters
Property Typical Value
Sulfur Max 10 ppm
Cetane Number Min 51
Density @ 15C 820-845 kg/m³
Flash Point Min 55C
Water Content Max 200 mg/kg
Lubricity (HFRR) Max 460m

Why Buyers Prefer EN590 10ppm
Cleaner combustion and lower emissions.
Suitable for modern Euro 5 and Euro 6 diesel engines.
Better engine performance and fuel efficiency.
Widely accepted for international diesel trading.
Often required by environmental regulations in Europe and many other regions.

In International Oil Trading, EN590 10ppm is one of the most commonly traded diesel grades. It is frequently offered through:

Spot contracts
Annual supply contracts
Tank-to-Tank (TTT)
Tank Takeover (TTO)
FOB (Free on Board)
CIF (Cost, Insurance & Freight).

We supply 100% used engine oil /Used Engine Oil/Waste Engine Oil/UEO from vehicles, which are of higher quality and quantities at very good competitive prices, and we have the ability to supply up to 2500 MT per month, as we try to keep the quality at the highest in its grade.

Water : +/- 2%
Gross calorific Value : Min 10 000 Kcal
Sulfur content : Max 0.

Packaging & Delivery
Packaging Details: DRUMS or as per buyer's request
Delivery Detail: prompt delivery once order is confirmed

WE ARE SUPPLIERS OF HIGH QUALITY two and four stroke OUTBOARD ENGINES BOTH USED AND NEW. WE HAVE A WIDE RANGE OF 350HP, 300HP, 250HP, 200HP, 150HP, 100HP 75HP, 60HP 40HP , 15HP , 25HP ,40HP , AND MORE

WE ALSO HAVE V MAX SHO, JET DRIVE/HIGH THRUST, FOR STROKE, XTO OFFSHORE

Engine parts for diesel engines.

Engineering felt

USED ENGINE OIL SPECIFICATIONS

Test

Units

Methods

Result

Density

@ 15 �°C

ASTM-D4052

0.88

Colour

Max

ASTM-D1500

6

Flash Point PMCC

Min �°C

ASTM-D93

70-80

Pour Point

- Max �°C

ASTM-D97

-7

Viscosity @ 50 �°C

Cst

ASTM-D445

60

Sulfur Content

- Max WT%

ASTM-D4294

below 0.5%

Water

WT %

ASTM-D482

3%

Appearance

-

Visual

Black

Sediment





Below 0.5%

We offer high-quality Used Engine Oil with excellent technical specifications, ideal for re-refining and industrial distillation processes. Our product is characterized by high thermal stability and consistent performance.
Technical Specifications:
Our recent lab analysis shows a Density of 876.3 Kg/m3 at 15�?�°C and a Kinematic Viscosity of 11.745 cSt at 100�?�°C. The product features a high Viscosity Index of 147.6 and a robust Flash Point of 209�?�°C, ensuring safety and quality. We have optimized the Water Content to a maximum of 2.0% to provide better efficiency for our clients' facilities. The distillation range starts at an Initial Boiling Point of 261.1�?�°C and reaches a Final Boiling Point of 506.9�?�°C.
Why Choose Our Product:
This oil is sourced and handled professionally to ensure it is free from excessive chemical contaminants. With a low water percentage and high flash point, it is a premium feedstock for producing high-grade Base Oils such as SN150, SN300, and SN500. We are capable of supplying large quantities consistently from the Port of Algiers with reliable logistics.

Automotive Gas Oil (AGO) is the common term used in many countries, especially in Africa, for diesel fuel used in diesel-powered vehicles and machinery. Also, called Diesel, Diesel Oil, or Gasoil. It is what powers compression ignition engines.

Key Facts About AGO
Fuel Type: Diesel
Used In:
Trucks and trailers
Buses
Diesel cars and SUVs
Generators
Construction equipment
Agricultural machinery

AGO Specifications.
Typical AGO characteristics include:
Type: Distillate fuel for diesel engines Same family as D2, EN590.
Density: @15C** 820 - 870 kg/m³ Heavier than gasoline, lighter than BLCO.
Color: Clear & bright, straw/golden.
Viscosity: @40C** 1.6 - 5.5 cSt Thicker than Jet A-1, thinner than D6.
Flash Point: 55C min, usually 66C+ Safer than gasoline.
Sulfur: Varies by region: 500ppm 500ppm diesel 50ppm AGO 50ppm10ppm.
Cetane Index/Number: 47-51 min Ignition quality for Cloud Point: 4C to 38F max Gels in cold weather.
Usage: Trucks, cars, generators, construction, marine Compression ignition engines only.

AGO in Oil Trading
In international petroleum trading, AGO is commonly sold in:
Bulk cargo shipments
Tank farms
Retail filling stations

AGO is one of the most traded refined petroleum products in countries such as Nigeria due to heavy reliance on diesel-powered transportation and generators.
For trading purposes, AGO is usually quoted in metric tons (MT) or liters, with quality specifications provided by an independent inspection company such as SGS or Bureau Veritas.

In West Africa, AGO = diesel at filling stations. Dangote Refinery now produces AGO 50ppm which meets Euro IV standards. 500ppm AGO was the old standard.

Aluminium Engine Block Scrap

Bluestone Oil And Gas Ltd offers premium-quality lubricants for automotive, industrial, marine, and manufacturing applications.

Our product range includes engine oils, hydraulic oils, gear oils, transmission fluids, and industrial greases designed to improve equipment lifespan and operational efficiency.

TECHNICAL SPECIFICATIONS
Product Type: Fully synthetic engine oil
Viscosity Grade: SAE 5W-40
API Standard: SP
ACEA Standard: A3/B4
Turbocharger Protection: Yes
High-Temperature Deposit Control: Yes
Shear Stability: Excellent
Applications: Gasoline and diesel passenger cars, performance engines

TECHNICAL SPECIFICATIONS
Product Type: Fully synthetic brake fluid
Standards: FMVSS 116, DOT 4
Dry Boiling Point: 230C
Wet Boiling Point: 155C
Compatibility: DOT 3 and DOT 4 systems, not DOT 5
Color: Clear to light amber
Applications: Passenger vehicles, trucks, industrial braking systems
Anti-Corrosion Additives: Yes
Temperature Stability: High

TECHNICAL SPECIFICATIONS
Product Type: Semi synthetic engine oil
SAE Viscosity Grade: 10W-40
Engine Compatibility: Gasoline & diesel
Performance Standards: API SN ACEA A3/B4
Sludge Control: Enhanced detergent system
Seal Compatibility: Excellent
Operating Conditions: Normal to severe service

Marine engine oil 30, 40
Super marine engine oil 30, 40
Marine auxiliary engine oil 30, 40
Marine base oil 40, 50
Heavy marine oil 50
Super deo cg-4 oil (15w /40)
Shpd oil (15w /40)
Diesel engine oil cf-4 (10w, 30, 40, 50), (15w /40)
Super diesel engine oil super x (10w, 30, 40, 50)
Locomotive gm4/40
Special industrial gear oil p (68, ......, 1000)
Super hydraulic oil (22, ....., 320)
Super hydraulic oil t (15, ......, 320)
Super hydraulic oil c (5, 10, ....., 460)

Marine engine oil

D6 Virgin Fuel Oil (often called D6 Virgin Oil, D6 Fuel Oil, or Residual Fuel Oil D6) is a heavy residual fuel obtained directly from the refining process and has not been previously used or reprocessed.

D6 virgin fuel = Bunker C, or Navy Special Fuel Oil.

It's the heavy, bottom-of-the-barrel fuel left after gasoline, diesel, jet fuel, etc. are distilled out of crude oil. Virgin just means it's straight from the refinery, not recycled/blended waste oil.

KEY SPECS:

Type: Heavy, high-viscosity residual fuel oil
Grade: Category 6 fuel oil - thickest grade
Viscosity: 650-900 cst @ 50C - like tar at room temp
Color: Black, dense
Energy: ~150,000 BTU/gallon - very high energy density
Sulfur: High, typically <3.5%. Low-sulfur versions exist but cost more
Flash point: Min 60C

Key Characteristics.
Fuel Type: Residual Fuel Oil
Appearance: Dark brown to black
Viscosity: Very high
Density: Higher than diesel
Heating Requirement: Usually required
Main Use: Industrial and marine fuel

D6 is a heavy fuel oil (HFO) primarily used for:
Power plants
Marine vessels (where regulations permit)
Large industrial boilers
Heavy industrial furnaces

1. Power plants - Boilers & turbines for electricity, often backup fuel
2. Large ships - Ocean tankers, bulk carriers, container ships as bunker fuel
3. Industrial - Cement plants, steel mills, big boilers/furnaces for process heat
4. Large generators - Backup power for factories/grid.

*Important: Special handling needed*
D6 is so thick/viscous it must be *pre-heated to 104-127C* before it can be pumped or burned. You need special storage tanks, heaters, and burners.

*Not for cars, small boats, or normal diesel engines*. It will destroy them. D2 diesel is much lighter and for trucks/cars - D6 is only for massive engines designed for it.

Cost vs Environment:
- Pros: Cheap per energy unit, high BTU, cost-effective for bulk use
- Cons: One of the most polluting fuels due to high sulfur + impurities SO2, acid rain. Regulations now require desulfurization.

D6 vs D2 diesel: D2 = light distillate for cars/trucks. D6 = heavy residual for ships/power plants. D6 has way more energy but also way more pollution and handling complexity.

It is much thicker and heavier than diesel or Jet A-1 and usually requires heating before it can be pumped or burned.

Bluestone Oil And Gas Ltd supplies industrial-grade black oil suitable for furnaces, boilers, power generation plants, manufacturing facilities, and marine operations. Our fuel oil provides dependable heat generation, stable combustion, and efficient industrial energy performance.

Tractors are powerful agricultural machines designed to deliver high performance, durability, and efficiency for a wide range of farming and industrial applications. Built to handle tough working conditions, they are widely used for ploughing, tilling, planting, hauling, and other field operations. Their robust construction and advanced engineering make them suitable for both small-scale and large-scale farming tasks.

These machines are equipped with high-torque engines that provide consistent power output, ensuring smooth operation even in challenging terrains. Modern tractors are designed to optimize fuel efficiency while maintaining strong pulling capacity and operational stability.

Some Specification points:

Engine Type: Diesel-powered, high-performance engine for heavy-duty operations
Power Output: Available in multiple horsepower ranges to suit different workloads
Transmission System: Smooth gear shifting system with multiple forward and reverse speeds
Drive Type: Two-wheel drive and four-wheel drive options depending on usage needs
Hydraulic System: High-capacity hydraulic lifting system for implements and attachments
PTO (Power Take-Off): Multi-speed PTO for operating various agricultural tools
Cooling System: Efficient cooling system to maintain engine temperature during long operations
Steering System: Power steering for better control and reduced operator fatigue
Fuel Efficiency: Optimized fuel consumption for cost-effective performance
Tyres: Heavy-duty agricultural tyres designed for strong grip and stability on different surfaces

Tractors are engineered to support multiple attachments such as ploughs, trailers, seeders, and harvesters, making them highly versatile machines. Their strong chassis and reliable components ensure long service life with minimal maintenance requirements. They are essential equipment for improving productivity, reducing manual labor, and increasing overall farming efficiency.

Tractors are powerful agricultural machines designed to deliver high performance, durability, and efficiency for a wide range of farming and industrial applications. Built to handle tough working conditions, they are widely used for ploughing, tilling, planting, hauling, and other field operations. Their robust construction and advanced engineering make them suitable for both small-scale and large-scale farming tasks.

These machines are equipped with high-torque engines that provide consistent power output, ensuring smooth operation even in challenging terrains. Modern tractors are designed to optimize fuel efficiency while maintaining strong pulling capacity and operational stability.

Some Specification points:

Engine Type: Diesel-powered, high-performance engine for heavy-duty operations
Power Output: Available in multiple horsepower ranges to suit different workloads
Transmission System: Smooth gear shifting system with multiple forward and reverse speeds
Drive Type: Two-wheel drive and four-wheel drive options depending on usage needs
Hydraulic System: High-capacity hydraulic lifting system for implements and attachments
PTO (Power Take-Off): Multi-speed PTO for operating various agricultural tools
Cooling System: Efficient cooling system to maintain engine temperature during long operations
Steering System: Power steering for better control and reduced operator fatigue
Fuel Efficiency: Optimized fuel consumption for cost-effective performance
Tyres: Heavy-duty agricultural tyres designed for strong grip and stability on different surfaces

Tractors are engineered to support multiple attachments such as ploughs, trailers, seeders, and harvesters, making them highly versatile machines. Their strong chassis and reliable components ensure long service life with minimal maintenance requirements. They are essential equipment for improving productivity, reducing manual labor, and increasing overall farming efficiency.

Tractors are powerful agricultural machines designed to deliver high performance, durability, and efficiency for a wide range of farming and industrial applications. Built to handle tough working conditions, they are widely used for ploughing, tilling, planting, hauling, and other field operations. Their robust construction and advanced engineering make them suitable for both small-scale and large-scale farming tasks.

These machines are equipped with high-torque engines that provide consistent power output, ensuring smooth operation even in challenging terrains. Modern tractors are designed to optimize fuel efficiency while maintaining strong pulling capacity and operational stability.

Some Specification points:

Engine Type: Diesel-powered, high-performance engine for heavy-duty operations
Power Output: Available in multiple horsepower ranges to suit different workloads
Transmission System: Smooth gear shifting system with multiple forward and reverse speeds
Drive Type: Two-wheel drive and four-wheel drive options depending on usage needs
Hydraulic System: High-capacity hydraulic lifting system for implements and attachments
PTO (Power Take-Off): Multi-speed PTO for operating various agricultural tools
Cooling System: Efficient cooling system to maintain engine temperature during long operations
Steering System: Power steering for better control and reduced operator fatigue
Fuel Efficiency: Optimized fuel consumption for cost-effective performance
Tyres: Heavy-duty agricultural tyres designed for strong grip and stability on different surfaces

Tractors are engineered to support multiple attachments such as ploughs, trailers, seeders, and harvesters, making them highly versatile machines. Their strong chassis and reliable components ensure long service life with minimal maintenance requirements. They are essential equipment for improving productivity, reducing manual labor, and increasing overall farming efficiency.

Generators are reliable power supply systems designed to provide continuous or backup electricity during power interruptions. They are widely used in residential, commercial, industrial, and construction environments to ensure uninterrupted operation of essential equipment and machinery. Built with advanced engineering, modern generators deliver stable performance, fuel efficiency, and long operational life.

These machines convert mechanical energy into electrical energy through an internal combustion engine combined with an alternator. Depending on the requirement, generators are available in different power capacities, making them suitable for both small-scale and large-scale applications. They are engineered to handle varying loads efficiently while maintaining consistent voltage output.

Key Specifications:

Power Output Range: Available in multiple capacities suitable for light, medium, and heavy-duty usage
Fuel Type: Diesel, petrol, or gas-powered options depending on operational needs
Engine Type: Four-stroke, air-cooled or liquid-cooled engine systems
Starting System: Electric start and recoil start options for ease of operation
Voltage Regulation: Equipped with automatic voltage regulation for stable power delivery
Fuel Efficiency: Optimized combustion system for reduced fuel consumption
Cooling System: Advanced cooling mechanism to prevent overheating during long operation
Control Panel: User-friendly interface for monitoring output, fuel level, and operating status
Noise Level: Designed with noise reduction technology for quieter performance
Mobility: Portable and stationary models available based on application requirements

Generators are reliable power supply systems designed to provide continuous or backup electricity during power interruptions. They are widely used in residential, commercial, industrial, and construction environments to ensure uninterrupted operation of essential equipment and machinery. Built with advanced engineering, modern generators deliver stable performance, fuel efficiency, and long operational life.

These machines convert mechanical energy into electrical energy through an internal combustion engine combined with an alternator. Depending on the requirement, generators are available in different power capacities, making them suitable for both small-scale and large-scale applications. They are engineered to handle varying loads efficiently while maintaining consistent voltage output.

Key Specifications:

Power Output Range: Available in multiple capacities suitable for light, medium, and heavy-duty usage
Fuel Type: Diesel, petrol, or gas-powered options depending on operational needs
Engine Type: Four-stroke, air-cooled or liquid-cooled engine systems
Starting System: Electric start and recoil start options for ease of operation
Voltage Regulation: Equipped with automatic voltage regulation for stable power delivery
Fuel Efficiency: Optimized combustion system for reduced fuel consumption
Cooling System: Advanced cooling mechanism to prevent overheating during long operation
Control Panel: User-friendly interface for monitoring output, fuel level, and operating status
Noise Level: Designed with noise reduction technology for quieter performance
Mobility: Portable and stationary models available based on application requirements

Generators are reliable power supply systems designed to provide continuous or backup electricity during power interruptions. They are widely used in residential, commercial, industrial, and construction environments to ensure uninterrupted operation of essential equipment and machinery. Built with advanced engineering, modern generators deliver stable performance, fuel efficiency, and long operational life.

These machines convert mechanical energy into electrical energy through an internal combustion engine combined with an alternator. Depending on the requirement, generators are available in different power capacities, making them suitable for both small-scale and large-scale applications. They are engineered to handle varying loads efficiently while maintaining consistent voltage output.

Key Specifications:

Power Output Range: Available in multiple capacities suitable for light, medium, and heavy-duty usage
Fuel Type: Diesel, petrol, or gas-powered options depending on operational needs
Engine Type: Four-stroke, air-cooled or liquid-cooled engine systems
Starting System: Electric start and recoil start options for ease of operation
Voltage Regulation: Equipped with automatic voltage regulation for stable power delivery
Fuel Efficiency: Optimized combustion system for reduced fuel consumption
Cooling System: Advanced cooling mechanism to prevent overheating during long operation
Control Panel: User-friendly interface for monitoring output, fuel level, and operating status
Noise Level: Designed with noise reduction technology for quieter performance
Mobility: Portable and stationary models available based on application requirements

JP54 Colonial Kerosene is Russian Aviation Kerosene Colonial Grade 54â?? to GOST 10227-86. Itâ??s a jet fuel grade, but NOT an official international spec like Jet A-1.

JP54 is a military-grade aviation turbine fuel derived from kerosene. It originated as a specification used by the military and is closely related to jet fuels used in aircraft turbine engines.

What Does JP54 Mean?
JP stands for Jet Propellant.
JP-4 and JP-5 were historical military jet fuels.
The term "JP54" is widely used in commodity trading circles, but in practice most commercial aviation fuel traded internationally today is Jet A-1.

JP54 Colonial Grade 54 specs (GOST 10227-86)

Comparison with Jet A-1.
Type: Kerosene-type aviation turbine fuel. Same family as Jet A-1
Color: Orange to straw-colored liquid Jet A-1 = clear/straw
Density: @15C** 776 - 840 kg/m Jet A-1: 775-840 kg/m
Flash Point: 38C min, 42C max Jet A-1: 38C min
Freeze Point: -40C max Jet A-1: -47C max - this is the big diff
Sulfur: Total 0.30% wt max Same as Jet A-1
Aromatics: 22% vol max Jet A-1: 25% max
Smoke Point: 19mm min Jet A-1: 25mm min
Net Heat/Energy: 18.4 MJ/kg min Jet A-1: 42.8 MJ/kg min
Additives: Antioxidant 17-24 mg/L, Static dissipater ASA-3/Stadis 450 Similar to Jet A-1

Key Characteristics
Property: JP54
Fuel Type: Aviation Turbine Fuel
Base Product: Kerosene
Main Use: Jet aircraft and turbine engines
Appearance: Clear to straw-colored liquid
Energy Content: High energy density

A large number of online "JP54" offers are not associated with actual aviation fuel transactions. In legitimate international aviation fuel markets, buyers typically contract for Jet A-1 that meets recognized standards such as ASTM D1655 and DEF STAN 91-91.

Jet A-1 Fuel is the most widely used aviation turbine fuel for commercial aircraft worldwide. It is a kerosene-based fuel specifically designed for jet engines and turboprop aircraft. It's what powers 99% of the passenger planes you fly on.

Key Jet A-1 Specifications Why it matters,

Fuel Type Aviation Turbine Fuel (ATF)
Type: Kerosene distillate C9-C16 hydrocarbons Middle distillate, between gasoline + diesel
Color: Clear to straw yellow Clean, no dye like avgas
Freeze Point: -47C max Must stay liquid at 35,000ft where it's -50C
Flash Point: 38C min Safer than gasoline - harder to ignite accidentally
Density @15C** 775-840 kg/m³ Lighter than diesel, heavier than gasoline
Sulfur: 0.30% with max total Very low sulfur for turbine protection
Boiling Range: 150C - 250C Distills in the kerosene cut
Standard: ASTM D1655 + DEF STAN 91-091 Global spec for civil + military jets, NATO F-35.
Primary Use Commercial jet and turboprop aircraft

*Why Jet Fuel Is Special*
Must remain fluid at very high altitudes where temperatures can drop below -40C.
Requires strict quality control to prevent contamination.
Designed to burn efficiently in turbine engines.
Must meet international aviation safety standards.

In Oil & Gas Trading

The most commonly traded aviation fuel is Jet A-1, often sold under FOB or CIF contracts. Major producing regions include the United Arab Emirates, Saudi Arabia, Singapore, and major refineries in Europe.

Premium-grade dried sea cucumber carefully selected from high-quality marine sources and processed to meet strict export standards.
The product is thoroughly cleaned, uniformly graded, and dried to optimal moisture levels to preserve its structure, purity, and nutritional value.

Moisture Content: 6% - 10% optimized for long shelf life

Purity: 100% natural, no additives

Cleanliness: Sand-free, low odor, export hygienic standard

Texture: Thick, elastic, high expansion after soaking

Color: Dark brown to black, uniform premium grading

Drying Method: Controlled dehydration / sun-dried

Foreign Matter: <1%, free from impurities

Passenger cars are designed to provide safe, comfortable, and efficient transportation for individuals and families. Built with advanced engineering and modern technology, these vehicles offer reliable performance, smooth handling, and enhanced driving comfort for daily commuting as well as long-distance travel. Their spacious interiors, ergonomic seating, and practical storage capacity ensure convenience for both drivers and passengers. With fuel-efficient engines, responsive braking systems, and user-friendly controls, passenger cars deliver an enjoyable driving experience while maintaining dependable performance. Suitable for personal, commercial, and fleet applications, these vehicles combine durability, functionality, and modern styling to meet a wide range of transportation needs.

Specifications:

Vehicle Type: Passenger Car
Body Style: Sedan / Hatchback / SUV / MPV (Optional)
Seating Capacity: 4â??7 Passengers
Fuel Type: Petrol / Diesel / Hybrid / Electric
Transmission: Manual or Automatic
Engine Type: Fuel-Efficient Performance Engine
Drive Type: Front-Wheel, Rear-Wheel, or All-Wheel Drive
Steering System: Power Steering
Braking System: ABS with Disc/Drum Brakes
Suspension: Front Independent and Rear Suspension
Air Conditioning: Automatic Climate Control
Safety Features: Airbags, Seat Belts, Parking Sensors, Rear Camera
Infotainment: Touchscreen Display with Bluetooth and USB Connectivity
Fuel Efficiency: Optimized for Daily Driving
Interior: Comfortable Fabric or Premium Upholstery
Exterior Features: LED Headlights, Alloy Wheels, Stylish Body Design
Cargo Space: Spacious Luggage Compartment
Applications: Personal Transportation, Business Use, Fleet Operations, Ride-Sharing Services

Passenger cars are designed to provide safe, comfortable, and efficient transportation for individuals and families. Built with advanced engineering and modern technology, these vehicles offer reliable performance, smooth handling, and enhanced driving comfort for daily commuting as well as long-distance travel. Their spacious interiors, ergonomic seating, and practical storage capacity ensure convenience for both drivers and passengers. With fuel-efficient engines, responsive braking systems, and user-friendly controls, passenger cars deliver an enjoyable driving experience while maintaining dependable performance. Suitable for personal, commercial, and fleet applications, these vehicles combine durability, functionality, and modern styling to meet a wide range of transportation needs.

Specifications:

Vehicle Type: Passenger Car
Body Style: Sedan / Hatchback / SUV / MPV (Optional)
Seating Capacity: 4â??7 Passengers
Fuel Type: Petrol / Diesel / Hybrid / Electric
Transmission: Manual or Automatic
Engine Type: Fuel-Efficient Performance Engine
Drive Type: Front-Wheel, Rear-Wheel, or All-Wheel Drive
Steering System: Power Steering
Braking System: ABS with Disc/Drum Brakes
Suspension: Front Independent and Rear Suspension
Air Conditioning: Automatic Climate Control
Safety Features: Airbags, Seat Belts, Parking Sensors, Rear Camera
Infotainment: Touchscreen Display with Bluetooth and USB Connectivity
Fuel Efficiency: Optimized for Daily Driving
Interior: Comfortable Fabric or Premium Upholstery
Exterior Features: LED Headlights, Alloy Wheels, Stylish Body Design
Cargo Space: Spacious Luggage Compartment
Applications: Personal Transportation, Business Use, Fleet Operations, Ride-Sharing Services

Excavators are heavy-duty construction machines designed for earthmoving, digging, demolition, and material handling tasks across construction, mining, and infrastructure projects. Built with strong hydraulic systems and durable structural components, they deliver high performance in demanding working environments.

Key Specifications:

Operating Weight: Available in multiple classes ranging from compact models to heavy-duty machines for large-scale operations
Engine Type: High-efficiency diesel engine designed for fuel economy and consistent power output
Power Output: Optimized horsepower to support heavy digging and lifting operations
Bucket Capacity: Various bucket sizes suitable for light excavation to large material removal tasks
Hydraulic System: Advanced hydraulic mechanism ensuring smooth movement, strong digging force, and precise control
Boom and Arm: Reinforced structure for enhanced reach, digging depth, and lifting strength
Swing System: 360-degree rotation capability for flexible operation in confined and open spaces
Control System: Operator-friendly controls designed for precision, comfort, and reduced fatigue
Undercarriage: Heavy-duty track system engineered for stability on rough and uneven terrain
Fuel Tank Capacity: Designed for extended working hours with reduced refueling interruptions
Cooling System: Efficient engine cooling to maintain performance during continuous operation

Excavators are widely used for trenching, foundation digging, road construction, land clearing, and demolition work. Their adaptability allows the use of multiple attachments such as breakers, grapples, and augers, making them suitable for diverse job requirements. The combination of power, durability, and operational efficiency makes them an essential asset in modern construction and industrial applications.

Excavators are heavy-duty construction machines designed for earthmoving, digging, demolition, and material handling tasks across construction, mining, and infrastructure projects. Built with strong hydraulic systems and durable structural components, they deliver high performance in demanding working environments.

Key Specifications:

Operating Weight: Available in multiple classes ranging from compact models to heavy-duty machines for large-scale operations
Engine Type: High-efficiency diesel engine designed for fuel economy and consistent power output
Power Output: Optimized horsepower to support heavy digging and lifting operations
Bucket Capacity: Various bucket sizes suitable for light excavation to large material removal tasks
Hydraulic System: Advanced hydraulic mechanism ensuring smooth movement, strong digging force, and precise control
Boom and Arm: Reinforced structure for enhanced reach, digging depth, and lifting strength
Swing System: 360-degree rotation capability for flexible operation in confined and open spaces
Control System: Operator-friendly controls designed for precision, comfort, and reduced fatigue
Undercarriage: Heavy-duty track system engineered for stability on rough and uneven terrain
Fuel Tank Capacity: Designed for extended working hours with reduced refueling interruptions
Cooling System: Efficient engine cooling to maintain performance during continuous operation

Excavators are widely used for trenching, foundation digging, road construction, land clearing, and demolition work. Their adaptability allows the use of multiple attachments such as breakers, grapples, and augers, making them suitable for diverse job requirements. The combination of power, durability, and operational efficiency makes them an essential asset in modern construction and industrial applications.

Excavators are heavy-duty construction machines designed for earthmoving, digging, demolition, and material handling tasks across construction, mining, and infrastructure projects. Built with strong hydraulic systems and durable structural components, they deliver high performance in demanding working environments.

Key Specifications:

Operating Weight: Available in multiple classes ranging from compact models to heavy-duty machines for large-scale operations
Engine Type: High-efficiency diesel engine designed for fuel economy and consistent power output
Power Output: Optimized horsepower to support heavy digging and lifting operations
Bucket Capacity: Various bucket sizes suitable for light excavation to large material removal tasks
Hydraulic System: Advanced hydraulic mechanism ensuring smooth movement, strong digging force, and precise control
Boom and Arm: Reinforced structure for enhanced reach, digging depth, and lifting strength
Swing System: 360-degree rotation capability for flexible operation in confined and open spaces
Control System: Operator-friendly controls designed for precision, comfort, and reduced fatigue
Undercarriage: Heavy-duty track system engineered for stability on rough and uneven terrain
Fuel Tank Capacity: Designed for extended working hours with reduced refueling interruptions
Cooling System: Efficient engine cooling to maintain performance during continuous operation

Excavators are widely used for trenching, foundation digging, road construction, land clearing, and demolition work. Their adaptability allows the use of multiple attachments such as breakers, grapples, and augers, making them suitable for diverse job requirements. The combination of power, durability, and operational efficiency makes them an essential asset in modern construction and industrial applications.

Bluestone Oil And Gas Ltd supplies premium-grade PMS formulated for filling stations, transport fleets, industrial generators, and commercial distributors. Our PMS delivers efficient combustion, reliable engine performance, reduced maintenance issues, and consistent nationwide availability.

Bulldozers are powerful heavy construction machines designed for earthmoving, land clearing, grading, and site preparation tasks. Built with a durable steel frame and a high-performance engine, these machines deliver excellent pushing force and stability for demanding construction and mining operations. Bulldozers are suitable for handling rough terrain, moving large quantities of soil, sand, gravel, and debris with high efficiency.

The advanced hydraulic control system ensures smooth blade operation and accurate movement during heavy-duty work. The reinforced undercarriage and strong track system provide reliable traction and balance on uneven surfaces. Designed for long working hours, bulldozers offer operator comfort, easy maintenance access, and dependable performance in challenging environments.

Specification Points:

Machine Type: Crawler Bulldozer
Engine Type: Heavy Duty Diesel Engine
Blade Type: Straight Blade / Angle Blade / Universal Blade
Operating Weight: Various capacity options available
Transmission: Automatic or Power Shift
Cooling System: Water Cooled
Fuel Tank Capacity: Large capacity for extended operation
Hydraulic System: High pressure hydraulic control
Ground Clearance: Suitable for rough terrain
Cab Type: Enclosed operator cabin with safety features
Track Material: Reinforced steel tracks
Application: Construction, mining, road work, land leveling, excavation support
Maintenance: Easy service access and durable components

Bulldozers are widely used for industrial and infrastructure projects where powerful performance, durability, and efficient material handling are required.

Bulldozers are powerful heavy construction machines designed for earthmoving, land clearing, grading, and site preparation tasks. Built with a durable steel frame and a high-performance engine, these machines deliver excellent pushing force and stability for demanding construction and mining operations. Bulldozers are suitable for handling rough terrain, moving large quantities of soil, sand, gravel, and debris with high efficiency.

The advanced hydraulic control system ensures smooth blade operation and accurate movement during heavy-duty work. The reinforced undercarriage and strong track system provide reliable traction and balance on uneven surfaces. Designed for long working hours, bulldozers offer operator comfort, easy maintenance access, and dependable performance in challenging environments.

Specification Points:

Machine Type: Crawler Bulldozer
Engine Type: Heavy Duty Diesel Engine
Blade Type: Straight Blade / Angle Blade / Universal Blade
Operating Weight: Various capacity options available
Transmission: Automatic or Power Shift
Cooling System: Water Cooled
Fuel Tank Capacity: Large capacity for extended operation
Hydraulic System: High pressure hydraulic control
Ground Clearance: Suitable for rough terrain
Cab Type: Enclosed operator cabin with safety features
Track Material: Reinforced steel tracks
Application: Construction, mining, road work, land leveling, excavation support
Maintenance: Easy service access and durable components

Bulldozers are widely used for industrial and infrastructure projects where powerful performance, durability, and efficient material handling are required.

Bulldozers are powerful heavy construction machines designed for earthmoving, land clearing, grading, and site preparation tasks. Built with a durable steel frame and a high-performance engine, these machines deliver excellent pushing force and stability for demanding construction and mining operations. Bulldozers are suitable for handling rough terrain, moving large quantities of soil, sand, gravel, and debris with high efficiency.

The advanced hydraulic control system ensures smooth blade operation and accurate movement during heavy-duty work. The reinforced undercarriage and strong track system provide reliable traction and balance on uneven surfaces. Designed for long working hours, bulldozers offer operator comfort, easy maintenance access, and dependable performance in challenging environments.

Specification Points:

Machine Type: Crawler Bulldozer
Engine Type: Heavy Duty Diesel Engine
Blade Type: Straight Blade / Angle Blade / Universal Blade
Operating Weight: Various capacity options available
Transmission: Automatic or Power Shift
Cooling System: Water Cooled
Fuel Tank Capacity: Large capacity for extended operation
Hydraulic System: High pressure hydraulic control
Ground Clearance: Suitable for rough terrain
Cab Type: Enclosed operator cabin with safety features
Track Material: Reinforced steel tracks
Application: Construction, mining, road work, land leveling, excavation support
Maintenance: Easy service access and durable components

Bulldozers are widely used for industrial and infrastructure projects where powerful performance, durability, and efficient material handling are required.

Certified Clinical & Engineering Specifications

Engineered specifically for sterile gravity administration of whole blood and blood derivatives

Cylindrical drip chamber fitted with a 170 to 210 micron mesh filter to retain blood clots

Furnished with siliconized 18G sharp venipuncture needle for effortless administration

Smooth roller clamp allowing micro-metered drip rate adjustment

Sterile peel-open pouch Manufactured in advanced Egyptian cleanrooms


Export Packaging Standard
25 pcs/bag -400 pcs/ctn

Harmonized Tariff Code
HS 9018.90

Quality & Regulatory Marks
CE -ISO 1135-4 -EO Sterile

Sterilization / Cleanroom
ISO Class 7/8 -100% EO Sterilized

The Blood Transfusion Set with Micro Filter is a medical device designed for the controlled administration of blood and blood components during transfusion procedures. It typically features medical-grade tubing, a drip chamber, a blood filter, a spike for connection to a compatible blood container, and a connector for attachment to an appropriate administration device. The integrated filter helps retain clots and particulate matter, supporting safer blood administration when used according to the manufacturer's instructions. Designed for use in hospitals, clinics, blood banks, and healthcare facilities, this transfusion set supports clinical workflows and reliable fluid delivery under the supervision of trained healthcare professionals.

CLOVES
Key attributes
Industry-specific attributes
Type - Clove
Other attributes
Storage Type - Dry Store and Ventilate
Specification - 24 Bottles/ Carton
Manufacturer - VIET PEPPER JSC
Ingredients - 100% Whole Cloves
Content OEM Brands, Whole Cloves
Address Kenya
Instruction for use - To sprinkle, season or marinate food
Place of Origin Kenya
Shelf Life - 24 months
Variety Allspice
Product Type - Single Herbs & Spices
Style - Dried
Processing Type Raw
Color - Dark Brown
Weight (kg) - 0.04
Brand Name - VIPEP
Product Name - Whole Cloves
Suitable For - Cooking and Food Services
Additives - No
Product Packaging - PET bottle
Processing Type Filling
Shape - Whole
Custom Orders Acceptable
Sample Free a sample: one bag of 100g
Descriptions Whole Cloves in ready-packed bottles
Minimum Price(USD):
Maximum Price(USD):
Price Units:
incoterms
Product origin
Harmonization System (HS) Code :9071010
Minimum Order Size :14 tonnes

D2 = Distillate Fuel No. 2 or Diesel Gas Oil - not gasoline. It's the standard diesel you put in trucks, generators, and heavy machinery.

Gasolin is a common mix-up. D2 is diesel/gasoil. Gasoline = petrol. Totally different fuel.

D2 is a type of diesel fuel, and a middle-distillate diesel fuel commonly used in:
Diesel trucks
Buses
Generators
Agricultural equipment
Industrial machinery

D2 Diesel specs:

Type: Distillate Fuel No. 2 / Gas Oil Middle distillate, C10-C20 hydrocarbons.
Color: Clear & bright, straw to amber Can be dyed red/green for tax purposes.
Density @15C 820-860 kg/m Heavier than Jet A-1, lighter than BLCO.
Sulfur: 500 ppm max Low Sulfur / 15ppm ULSD / 0.02% GOST 305-82. Modern D2 is 10-15ppm ULSD for Euro 5/6 engines.
Viscosity: @40C 2.0 - 4.5 cSt Thicker than Jet A-1, much thinner than D6.
Flash Point: 55C min, usually 60C+ Safer than gasoline.
Cetane Number: 45-51 min Measures ignition quality for diesel engines.
Pour Point: -5C to -15C Gels in extreme cold vs Jet A-1 at -47C.
Usage: Trucks, cars, generators, construction equipment Most common diesel grade worldwide.

Historically, D2 gas oil was a common international trading product, though many markets have largely shifted to lower-sulfur diesel grades such as EN590.

Base Oil SN 500 is defined as a light-grade base oil at the upper end of the specifications for Grade I base oils. It is mostly used in lubricant production. It is a Group I base oil that has undergone solvent refining processes. To finish the refining it was hydrogen-treated to clear out any impurities.

Applications :
Base Oil SN 500 works as a base stock for several industrial lubricants

Engine oils
Transmission fluids
Gear oils
Metal working fluids
Greases
Hydraulic oils
Transformer oils

MDF Boards are engineered wood panels manufactured from fine wood fibers bonded with high-quality resin under high pressure and temperature. They feature a smooth, uniform surface that is ideal for painting, laminating, veneering, and other decorative finishes. MDF boards are widely used in furniture manufacturing, interior decoration, cabinetry, shelving, partitions, wall paneling, and various woodworking applications. Their consistent density and excellent machinability make them suitable for precision cutting, routing, drilling, and shaping. Designed for durability and dimensional stability, MDF boards provide a reliable solution for both residential and commercial projects while delivering a clean and refined appearance.

Specifications:

Material: Medium Density Fiberboard (MDF)
Surface: Smooth and uniform finish
Thickness: Available in multiple thickness options
Size: Standard and customized dimensions available
Density: High-density engineered wood construction
Color: Natural wood tone
Moisture Resistance: Standard and moisture-resistant grades available
Machining: Easy to cut, drill, route, and shape
Finish Compatibility: Suitable for paint, laminate, veneer, and PVC edge banding
Strength: Good screw holding and dimensional stability
Application: Furniture, cabinets, shelves, partitions, wall panels, doors, and interior decoration
Feature: Smooth surface, durable, easy to process, and versatile