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Jet A-1 Fuel is a premium aviation turbine fuel manufactured from highly refined kerosene for use in commercial and military gas turbine aircraft. It offers excellent thermal stability, low freezing point, clean combustion, and reliable engine performance under extreme operating conditions.

Key Specifications
Product Type Aviation Turbine Fuel (ATF)
Fuel Grade Jet A-1
Appearance Clear, Bright
Flash Point Minimum 38 Degree C
Freezing Point Maximum -47 Degree C
Net Heat of Combustion Minimum 42.8 MJ/kg
Water Content As per applicable standard
Thermal Stability ASTM D3241 Compliant
Application Commercial & Military Aircraft

TECHNICAL SPECIFICATIONS
Product Type: Premium turbine oil
ISO Viscosity Grades: T32, T46
Applicable Standards: DIN 51515, ISO 8068
Oxidation Stability: High
Rust & Corrosion Protection: Excellent
Air Release Properties: Fast
Water Separation: Excellent demulsibility
Application Area: Steam, gas, and hydro turbines
Operating Conditions: Continuous high-speed, high-temperature systems

TECHNICAL SPECIFICATIONS
Product Type: Premium turbine oil
ISO Viscosity Grades: T32, T46
Applicable Standards: DIN 51515, ISO 8068
Oxidation Stability: High
Rust & Corrosion Protection: Excellent
Air Release Properties: Fast
Water Separation: Excellent demulsibility
Application Area: Steam, gas, and hydro turbines
Operating Conditions: Continuous high-speed, high-temperature systems

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.

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 Overview

Jet A-1 is a kerosene-based aviation fuel used in commercial and military aircraft with turbine engines (jet engines and turboprops). It meets international aviation fuel standards and is widely used worldwide, except in the U.S., where Jet A is more common.

Key Features of Jet A-1 Fuel:

Flash Point: 38C (100F) (Safe for handling and transport)
Freezing Point: -47C (Better cold-weather performance than Jet A)
Density: 0.775 0.840 kg/L at 15C
Energy Content: 42.8 MJ/kg (High efficiency for long flights)
Sulfur Content: Max 0.3% (Low sulfur emissions)
Additives: Contains antistatic agents, corrosion inhibitors, and antioxidants to enhance performance and safety.
Jet A-1 vs. Jet A (U.S. Standard):

Feature

Jet A-1

Jet A (U.S.)

Freezing Point

â?¤ -47�°C

â?¤ -40�°C

Availability

Global (except U.S.)

Mostly in the U.S.

Additives

Static dissipator additive

Usually none

Applications of Jet A-1:

Commercial Airlines: Used in passenger and cargo jets.
Military Aviation: Suitable for fighter jets, transport aircraft, and drones.
Private Jets & Helicopters: Preferred fuel for turbine-powered aircraft.
Industrial Use: Sometimes used in gas turbines and power generation.
Jet A-1 Fuel Supply & Trade:

Major Suppliers: Middle East, Russia, U.S., Europe, and Asia.
Pricing Factors: Crude oil prices, refining costs, geopolitical events, and airline demand.
Storage & Transport: Requires specialized tanks, pipelines, and fueling trucks to maintain quality.

The JET A-1 is type of aviation fuel, also called JP-A1, is used globally in the turbine engines[jet engines, turboprops] in civil aviation.

ofr more information, contact Boggash Investment Limited as their official handles or website, thank you

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.

JET FUEL A-1 is an aviation fuel formerly known as kerosene, which is suitable for most jet aircraft. It meets stringent international requirements. It has a minimum flashpoint of 38 C and a maximum freezing point of -47 C. JET A-1 is the principal fuel used for jet turbine engines. It is also used in general aviation for compatible diesel engine planes.

ES HF 45-H is used for hardfacing and repairing blades of hydro-turbine, Parts of high pressure pumps and charging cones of blast furnace that work condition of normal temperature and high temperature abrasion and corrosion.

The deposited metal has good performance of abrasion-resisting and cavitation erosion-resisting.

Notice:

The rod should be redrying at 350 C for 1 hour before use.

ES TIG 80S-B2 is a 1.3Cr-0.5Mo-alloyed (ER80S-B2), copper-coated rod for the GTAW of creep-resistant steels like SA-387 Grade 11, A 335 Grade P11 or similar materials.

ER TIG 80S-B2 finds applications in the chemical industry, in the ammonia synthesis process, for heat exchangers, boilers, piping, Steam piping, Turbine castings and pressure vessels for temperature service up to about 1020�°F (550�°C).

ES 310-15 is a stainless-steel electrode for welding 25Cr20Ni steels.

It is also suitable for wel- ding armour steel, austenitic-manganese steel and for joining dissimilar steels.

ES 310-15 depo- sits a very crack-resistant weld metal.

ES 310-15 used for cladding side of stainless clad steels and dissimilar steels, hydrogenation and polymerization plant, gas turbine combustion chamber parts, annealing boxes, high temperature furnace parts up to 1200 C.

Russian Aviation Turbine Fuel Jet A1/ts-1 Kerosene :

- Quantity Price Spot Basis Contract Basis Fob

- 1,000,000 Bbl -- 3,000,000 Bbl : $49.00 Gross / $47.00 Net

- 4,000,000 Bbl -- 8,000,000 Bbl : $45.00 Gross / $43.00

- Net Discount Platts- $11 Per Bbl Gross / Discount Platts-$9 Per Bbl Net

- Commission: Seller Side $1.00 Buyer Side $1.00

APPLICATIONS
A bearing is a machine element that constrains
relative motion to only the desired motion and
reduces friction between moving parts. Its
common applications include gearboxes, wind
turbines, material handling, pumps, fans and
blowers, mining and construction equipment, etc. For example, cylindrical roller bearings are
designed to carry heavy radial loads and is
suitable for high-speed applications.

AVIATION TURBINE FUEL JET A1/TS-1 KEROSENE
Monthly Quantity: 1,000,000-5,000,000 Barrels
CIF Price: Gross $88 USD per Barrels / Net $86 USD per Barrels (selling price negotiable)
FOB Price: Gross $78 USD per Barrels / Net $76 USD per Barrels (selling price negotiable)
COMMISSION: $1 SELLER SIDE / $1 BUYER SIDE