Industrial lubricants are among the most consequential consumables in any facility, yet they are frequently treated as an afterthought in procurement and maintenance planning. In an oil and gas operation, a cement plant, a steel mill, or a manufacturing facility running 24 hours a day in the UAE’s demanding environment, the lubricant in your gearbox, hydraulic system, or bearing housing is the difference between continuous uptime and an unplanned shutdown that can cost thousands of dollars per hour.
Mobil — an ExxonMobil brand and one of the most respected names in lubrication science globally — has built its industrial lubricant portfolio in direct collaboration with the world’s leading equipment manufacturers. The result is a range of oils, greases, and hydraulic fluids that are not just technically capable but verified against the specific test protocols and OEM approval standards that maintenance engineers and reliability teams rely on to make confident product selections.
This guide covers two of the most important product families in the Mobil industrial lubricant range available in the UAE through Triune: the Mobilgear™ 600 XP Series for heavy-duty enclosed gearboxes, and the Mobil DTE 10 Excel™ Series for high-performance hydraulic systems. We will also cover the broader Mobil lubricant range — including greases and specialty fluids — and provide practical guidance on product selection, application best practices, and maintenance principles relevant to operations across the UAE, Gulf, and wider MENA region.
Contents
- 1 Part 1: Understanding Industrial Lubrication Needs in the UAE and Gulf Region
- 2 Part 2: Industrial Gear Oils — The Science Behind the Selection
- 3 Part 3: Mobilgear™ 600 XP Series — Deep Dive
- 4 Part 4: Hydraulic Fluids — Understanding the Requirements of Modern Systems
- 5 Part 5: Mobil DTE 10 Excel™ Series — Deep Dive
- 6 Part 6: The Broader Mobil Industrial Lubricant Range at Triune
- 7 Part 7: Lubricant Selection Matrix — Matching Mobil Products to Industrial Applications
- 8 Part 8: Lubrication Maintenance Best Practices for UAE Industrial Operations
- 9 Part 9: Why Source Mobil Lubricants Through Triune in Dubai
Part 1: Understanding Industrial Lubrication Needs in the UAE and Gulf Region
Before examining specific products, it is worth establishing why lubricant selection is particularly critical in Middle East industrial and oilfield operations.
The UAE Operating Environment: Why Standard Lubricants Often Fall Short
Equipment in the UAE and GCC faces a combination of stressors that is unusually demanding even by global standards. Ambient temperatures routinely exceed 45°C during summer months, and equipment exposed to direct sun — as is common on outdoor drilling sites, port facilities, and industrial plants — can see surface temperatures well above that. Inside enclosed gearboxes and hydraulic reservoirs, operating temperatures of 80–100°C are normal; in some applications they can go higher.
At the same time, coastal proximity means high ambient humidity and salt-laden air — conditions that accelerate rust and corrosion in any unprotected metal components or lubricant that has begun to degrade. Offshore platforms operating in the Arabian Gulf face the full combination of sea spray, high temperatures, and continuous heavy-duty operation that places every lubricant under maximum stress simultaneously.
Oilfield and industrial operations in the region also tend to run on compressed schedules: planned maintenance shutdowns are minimized to protect production targets, which means lubricants must hold performance over extended service intervals without falling back on frequent change cycles as a safety net.
A lubricant that was adequate in a temperate European facility may be entirely inadequate in these conditions. Mobil’s industrial lubricant formulations are developed and field-proven for exactly these demanding environments.
Synthetic vs. Mineral Industrial Lubricants: A Practical Overview
Mobil industrial lubricants are available in both conventional mineral oil-based and synthetic formulations, and understanding the distinction helps maintenance teams make appropriate choices.
Mineral oil-based lubricants are refined from crude oil and represent the baseline technology for most industrial lubrication applications. They are well-understood, widely compatible with seals and materials, and cost-effective for standard duty applications. Products like Mobilgear 600 XP are mineral-based and are entirely appropriate for the majority of enclosed industrial gearboxes operating under normal to heavy-duty conditions.
Synthetic lubricants — typically based on polyalphaolefin (PAO) or polyalkylene glycol (PAG) chemistry — offer superior performance in extreme conditions: significantly better viscosity-temperature behavior (higher viscosity index), better oxidative stability at high temperatures, and extended drain intervals beyond what mineral oils can achieve. Mobil’s synthetic gear oil range (the Mobil SHC series) represents this technology tier. For standard industrial applications in the UAE, however, high-quality mineral-based EP oils like Mobilgear 600 XP deliver excellent performance at a more accessible cost point.
Part 2: Industrial Gear Oils — The Science Behind the Selection
What Is Happening Inside Your Gearbox?
Every time two gear teeth mesh, they generate an instantaneous contact stress at the tooth flank that can exceed 1,000 MPa — higher than the compressive strength of most structural steels. This happens thousands of times per minute, every minute, throughout the operating life of the equipment.
The gear oil film between those teeth must do several things at once: maintain a physically separating film thick enough to prevent direct metal-to-metal contact, carry heat away from the contact zone, protect the surface against chemical attack, resist shearing under the extreme pressure of tooth contact, and remain stable against degradation over months of continuous service.
When the oil film fails — due to incorrect viscosity, degraded additive chemistry, water contamination, or simply the wrong product for the application — the consequences progress rapidly from increased wear and vibration to surface pitting, tooth profile damage, and eventual catastrophic gearbox failure.
Key Technical Parameters for Gear Oil Selection
ISO Viscosity Grade (ISO VG) is the primary selection parameter. Defined by ISO 3448 and measured in centistokes (cSt) at 40°C, the ISO VG number represents the midpoint of an acceptable viscosity range (±10%). Higher ISO VG means thicker oil — appropriate for slow-speed, high-load, or high-temperature applications. Lower ISO VG means thinner oil — appropriate for high-speed or low-temperature applications. The most commonly used grades for industrial enclosed gearboxes are ISO VG 150, 220, 320, and 460.
AGMA Classification is the other major system you will encounter, particularly in North American equipment documentation. AGMA grades map directly to ISO VG grades: AGMA 4 EP = ISO VG 150, AGMA 5 EP = ISO VG 220, AGMA 6 EP = ISO VG 320, AGMA 7 EP = ISO VG 460.
Extreme Pressure (EP) Additives are essential for heavy-duty enclosed gearboxes. EP additives — typically sulfur-phosphorus (S-P) compounds — form a chemically reactive protective layer on tooth flanks under extreme contact conditions, preventing the microscopic metal welding known as galling or scuffing that occurs when the lubricant film is overwhelmed by load spikes.
Micropitting Resistance has become one of the most important gear oil performance criteria as modern gearbox designs have pushed gear tooth loads higher. Micropitting is a surface fatigue failure characterized by a gray, matte appearance on gear tooth flanks caused by millions of microscopic cracks and craters. Unlike classical pitting, it gives little visible early warning while progressively destroying tooth profile geometry and increasing vibration and dynamic loading.
FAG FE 8 Bearing Wear Test is the standard procedure for evaluating a gear oil’s bearing protection performance under high-load rolling contact conditions. It involves running a standardized roller bearing under controlled conditions for a defined duration and measuring mass loss. Oils that meet or exceed the FE 8 standard requirements provide documented, verifiable bearing protection — important for facilities that need to demonstrate maintenance standard compliance for HSSE audits or OEM warranty requirements.
Part 3: Mobilgear™ 600 XP Series — Deep Dive
The Mobilgear 600 XP Series is Mobil’s advanced technology industrial gear oil range, formulated to meet the changing demands of modern gearbox designs across industrial and oilfield applications. Built on a high-quality mineral base oil with a carefully engineered EP additive system, it is designed to provide exceptional load-carrying capacity, bearing protection, and long-term oxidative stability in enclosed gear drives operating with splash or circulation lubrication systems.
Technical Performance Profile
High Load-Carrying Capacity — The Mobilgear 600 XP additive package delivers outstanding extreme-pressure performance at the gear tooth contact zone. This directly reduces the risk of scuffing and galling under shock loads, which are common in oilfield pumping unit drives, compressor gearboxes, and industrial process equipment subject to variable loading.
Micropitting Protection — Mobilgear 600 XP is formulated with specific resistance to micropitting, verified through the standard FZG micropitting test protocol. For modern case-hardened and surface-treated gears operating under cyclic load — the typical condition in industrial facilities running continuous production — this resistance is a meaningful life extender for gear tooth surfaces.
FAG FE 8 Bearing Protection — As measured by the FAG FE 8 bearing wear test, Mobilgear 600 XP meets and exceeds the bearing wear protection requirements of the industry standard, providing documented assurance that bearings within the gearbox are protected under the same demanding test conditions used by leading gearbox OEMs.
Seal and Paint Compatibility — Mobilgear 600 XP is compatible with most common elastomeric seal materials used in industrial gearboxes, including nitrile (NBR) and fluoroelastomer (FKM) compounds. Seal-related leaks are both a maintenance burden and an environmental and HSE concern — particularly relevant under UAE Ministry of Climate Change and Environment regulations and ADNOC HSSE standards. The oil’s internal coating compatibility further ensures it will not degrade protective coatings inside gearbox housings.
Oxidation and Thermal Stability — The oil’s resistance to thermal degradation means it maintains its viscosity and protective properties across extended service intervals at the elevated sump temperatures typical of UAE industrial operations. Oxidized gear oil produces acidic degradation products and deposits that accelerate bearing and gear surface corrosion — a failure mechanism that Mobilgear 600 XP’s additive chemistry actively suppresses.
Mobilgear 600 XP Standards Compliance
Mobilgear 600 XP meets a comprehensive set of international and OEM standards, including AGMA 9005-F16 EP, ISO 12925-1 Type CKD, DIN 51517-Part 3 CLP, David Brown S1.53.101, US Steel 224, Cincinnati Milacron P-35, and key approvals from gearbox OEMs including Flender, Siemens, and SEW-Eurodrive — manufacturers whose gearboxes are widely deployed in UAE industrial and oilfield facilities.
Mobilgear 600 XP 150
ISO VG 150 (AGMA 4 EP) is the lighter of the two Mobilgear 600 XP grades available through Triune. It is formulated for moderate-duty enclosed gearboxes operating at medium speeds and loads, or for applications in relatively controlled temperature environments.
Typical applications in the UAE/GCC: Medium-sized industrial drive units, fan and blower drives, conveyor gearboxes in air-conditioned or covered facilities, mixer drives in manufacturing and processing plants, and general-purpose helical gearboxes running at medium duty cycles. Also suited for gearboxes that see intermittent rather than continuous heavy loading.
Procurement note: ISO VG 150 is frequently specified for gearboxes on smaller pumping units and auxiliary process drives across UAE petrochemical and manufacturing facilities. Always cross-check the OEM nameplate or manual to confirm the specified viscosity grade before ordering.
Mobilgear 600 XP 320
ISO VG 320 (AGMA 6 EP) is the heavy-duty grade, formulated for high-load, high-torque applications and for equipment operating at elevated sump temperatures — a common condition in outdoor UAE industrial installations during summer.
Typical applications in the UAE/GCC: Large industrial gearboxes in cement plants, aggregate and stone crushing operations, ball and rod mill gear reducers, kiln drives, heavy conveyor drives, oilfield mud pump gear drives, and any enclosed gearbox application where the OEM specifies ISO VG 320 or AGMA 6 EP. Particularly relevant for oilfield surface equipment running continuous heavy-duty cycles in exposed desert locations where ambient and sump temperatures are significantly elevated.
Performance context: At an operating sump temperature of 90°C — not unusual for a heavily loaded outdoor gearbox in summer in Abu Dhabi — a 320-grade oil provides a significantly thicker effective film than a 220-grade oil would under the same conditions. This margin of film thickness protection is what separates reliable operation from borderline lubrication in severe environments.
Part 4: Hydraulic Fluids — Understanding the Requirements of Modern Systems
Why Hydraulic Fluid Selection Is More Complex Than It Appears
A hydraulic system converts mechanical power into fluid power, transmits it through a network of pumps, valves, actuators, and cylinders, and converts it back to mechanical work at the point of use. The hydraulic fluid is simultaneously the power transmission medium, the lubricant for every pump, valve, and actuator, the seal conditioning agent for elastomeric components, and the thermal management medium that carries heat away from high-energy components.
In mobile oilfield and heavy industrial equipment — hydraulic power packs, offshore crane systems, drilling rig power tongs, blow-out preventer (BOP) hydraulic control systems, and industrial press and injection molding equipment — hydraulic systems run at operating pressures from 200 to over 400 bar in modern high-efficiency designs. At these pressures, a fluid that cannot maintain film strength and resist shearing in gear and vane pumps will cause rapid pump wear, loss of volumetric efficiency, and ultimately system failure.
Key Hydraulic Fluid Performance Parameters
ISO Viscosity Grade is equally critical for hydraulic fluids. The most common grades for industrial and mobile hydraulic systems are ISO VG 32, 46, and 68. Higher grades (68, 100) are appropriate for high-temperature environments or large-volume systems. The UAE’s high ambient temperatures make ISO VG 68 a common choice for outdoor industrial hydraulic systems where the fluid must maintain adequate viscosity at elevated operating temperatures.
Viscosity Index (VI) measures how much a fluid’s viscosity changes with temperature — a high VI means the fluid maintains more consistent viscosity across a temperature range. For equipment that must start up reliably at dawn temperatures in the UAE desert (which can be quite cool in winter) and then run through peak midday heat, a high-VI hydraulic fluid provides more consistent behavior from cold start to full operating temperature.
Hydraulic Pump Efficiency has become a central performance metric as energy costs and sustainability targets have gained importance across UAE industrial operations. Hydraulic fluids vary in their ability to minimize internal friction and volumetric losses in gear pumps, vane pumps, and axial piston pumps — the three pump types most commonly used in industrial hydraulic systems. Even a 1–2% improvement in pump efficiency translates to meaningful energy savings in systems running continuously.
System Cleanliness and Deposit Control directly affect hydraulic system reliability. Deposits on valve spools, filter media, and heat exchangers progressively reduce system performance and increase failure risk. Hydraulic fluids that can keep systems clean over extended service intervals reduce both maintenance intervention frequency and the risk of deposit-related failures.
Filterability — the ability of the fluid to pass through fine filter media without breaking down — is a practical requirement for modern hydraulic systems that use high-efficiency filtration to achieve the cleanliness levels (ISO 4406 contamination codes) required by sensitive servo valves and high-pressure pump components.
Part 5: Mobil DTE 10 Excel™ Series — Deep Dive
The Mobil DTE 10 Excel™ Series represents Mobil’s premium-tier hydraulic fluid technology — designed specifically to address the energy efficiency, system cleanliness, and pump protection demands of both mobile equipment hydraulic systems and high-pressure industrial hydraulic installations.
The Energy Efficiency Advantage: 6% Hydraulic Pump Efficiency Gain
The headline performance claim for Mobil DTE 10 Excel is a hydraulic pump efficiency improvement of up to 6% compared to conventional hydraulic fluids, measured in controlled bench testing. To understand what this means in practice, consider a hydraulic power unit driving an industrial press or an oilfield power tong system consuming 100 kW of electrical power. A 6% reduction in hydraulic losses means up to 6 kW of recovered power — translating to significant electricity cost savings over the operating life of a system that runs thousands of hours per year.
In the UAE, where industrial electricity costs and sustainability reporting requirements are both increasingly important, this efficiency advantage has a direct financial value that can justify the selection of Mobil DTE 10 Excel over conventional alternatives in high-usage applications.
System Cleanliness: 3× Longer Than Conventional Fluids
Mobil DTE 10 Excel is formulated to keep hydraulic systems clean up to three times longer than conventional hydraulic fluids in comparable service. This performance is delivered through a combination of superior oxidative stability (which reduces the formation of varnish and deposit precursors as the fluid ages), good filterability (which means fine contamination can be removed efficiently without the fluid degrading filter performance), and anti-wear additive chemistry that does not generate deposit-forming degradation products.
In practice, a cleaner hydraulic system means fewer servo valve stiction and sticking issues, longer filter service life, more reliable heat exchanger performance, and lower incidence of the subtle performance degradation that occurs when contamination and deposits gradually impair system responsiveness.
Extreme Temperature Performance
Mobil DTE 10 Excel provides dependable start-up behavior and pump protection across a wide operating temperature range — from cold-start conditions to sustained high-temperature operation. For facilities in the UAE that must start hydraulic systems during cool winter mornings and then run through summer peak temperatures, this thermal range performance ensures the fluid provides consistent pump protection and system responsiveness throughout the year without the risk of either cold-start pump starvation or high-temperature viscosity breakdown.
Mobil DTE 10 Excel 68
ISO VG 68 is the grade of Mobil DTE 10 Excel available through Triune — the most appropriate viscosity grade for high-temperature outdoor hydraulic applications, large-volume industrial hydraulic systems, and equipment operating in the UAE’s elevated ambient conditions.
Typical applications in the UAE/GCC: Industrial hydraulic power units in manufacturing and process plants; offshore and onshore drilling rig hydraulic systems including top drive hydraulics and BOP control accumulators; heavy mobile equipment hydraulic systems in construction and aggregate handling; crane hydraulic systems in ports and logistics facilities; press, injection molding, and die casting machine hydraulics; and any high-pressure industrial hydraulic system operating continuously in hot ambient conditions.
Why ISO VG 68 for the UAE? In a temperate climate, ISO VG 46 is often the preferred general-purpose hydraulic fluid grade. In the UAE, however, the higher ambient temperature means that ISO VG 46 can thin excessively at peak operating temperatures in systems without active cooling — leading to reduced film strength, increased internal leakage, and higher pump wear. ISO VG 68 provides a more robust viscosity margin at elevated temperatures, making it the safer choice for most outdoor industrial hydraulic applications in the region.
Part 6: The Broader Mobil Industrial Lubricant Range at Triune
Beyond the Mobilgear and DTE 10 Excel series, Triune stocks a range of complementary Mobil products that address other critical lubrication needs in oilfield and industrial operations:
Greases
Mobil Mobilux EP 2 — A lithium-based, NLGI Grade 2 extreme-pressure grease suitable for general industrial bearings, chassis lubrication, and moderate-duty applications. Its EP additive package provides protection under shock loading conditions common in oilfield and construction equipment.
Mobilgrease XHP 222 — A premium lithium complex EP grease with outstanding high-temperature performance, water resistance, and load-carrying capacity. Designed for heavy-duty industrial and mobile equipment applications where temperatures, loads, and operating cycles exceed the capability of standard lithium greases. Highly relevant for bearing lubrication in cement plant equipment, mining machinery, and heavily loaded oilfield surface equipment in the UAE.
Mobil Polyrex EM and Mobil Polyrex EM 2 — Polyurea-based greases specifically formulated for electric motor bearing lubrication. Electric motors drive virtually every pump, compressor, and conveyor in industrial and oilfield facilities. Their bearings require a grease that resists the specific failure modes of electric motor service: high-speed operation, thermal cycling, and the electromagnetic effects that can cause grease bleeding and accelerated wear in motors with shaft currents. Polyrex EM is engineered for exactly these conditions.
Mobil Unirex N 3 — A lithium complex grease rated for high-temperature bearing applications. When equipment runs hot — as is common in UAE industrial operations during summer — standard greases can soften, bleed, and lose their protective film. Unirex N 3 maintains its consistency and film strength at temperatures where standard greases fail, making it the appropriate choice for furnace bearings, kiln support rollers, and other high-temperature rotating equipment.
Transmission and Specialty Fluids
Mobilfluid 424 — A premium multi-functional tractor and agricultural/industrial equipment fluid formulated for use in wet brakes, hydraulic systems, and power take-off units of tractors and construction equipment where a single fluid must meet multiple system requirements. Widely used in heavy construction and agricultural equipment deployed across UAE and wider Gulf region infrastructure projects.
Mobil HD-A 85W-90 and Mobil Mobilube HD-A — High-performance GL-5 gear oils for axles and manual transmissions in heavy trucks, trailers, and mobile oilfield equipment. The 85W-90 multi-grade formulation provides excellent protection across the temperature range encountered in UAE mobile equipment operations — from cool winter starts to sustained hot highway running.
Mobil DTE 26 VG 68 and Mobil Hydraulic Oil DTE-26 VG-68 — Turbine and hydraulic oils designed for use in steam and gas turbine lubrication systems, circulating oil systems, and hydraulic systems where rust and oxidation inhibited (R&O) performance is required rather than full EP protection. Suitable for turbine-generator sets, boiler feed pump turbines, and industrial circulating systems.
Mobil ATF 220 — An automatic transmission fluid suitable for automotive and industrial automatic transmissions, torque converters, and power steering systems. Used in heavy trucks, off-highway vehicles, and oilfield transport fleet maintenance.
Part 7: Lubricant Selection Matrix — Matching Mobil Products to Industrial Applications
| Application | Equipment Type | Recommended Mobil Product |
|---|---|---|
| Enclosed industrial gearbox — moderate duty | Helical/bevel gear drives, conveyor drives | Mobilgear 600 XP 150 |
| Enclosed industrial gearbox — heavy duty | Cement/mining drives, oilfield pump drives | Mobilgear 600 XP 320 |
| Industrial hydraulic systems — high temp | Industrial presses, oilfield hydraulics, cranes | Mobil DTE 10 Excel 68 |
| Hydraulic/circulating systems — R&O service | Turbines, circulating oil systems | Mobil Hydraulic Oil DTE-26 VG-68 |
| General industrial bearing grease | Pumps, conveyors, fans | Mobil Mobilux EP 2 |
| Heavy-duty industrial bearing grease | Mining, cement, heavy oilfield equipment | Mobilgrease XHP 222 |
| Electric motor bearing lubrication | All industrial electric motors | Mobil Polyrex EM |
| High-temperature bearing lubrication | Kiln supports, furnace drives, hot equipment | Mobil Unirex N 3 |
| Mobile/tractor multi-function fluid | Construction, agricultural equipment | Mobilfluid 424 |
| Heavy vehicle axle and transmission | Trucks, trailers, oilfield transport | Mobil HD-A 85W-90 |
Part 8: Lubrication Maintenance Best Practices for UAE Industrial Operations
Oil Condition Monitoring: The Smart Alternative to Fixed Drain Intervals
The traditional approach to gear oil and hydraulic fluid management — draining and replacing on a fixed calendar or hour-based schedule — is increasingly being replaced by condition-based maintenance in well-managed facilities. Oil sampling and laboratory analysis measures actual oil degradation: viscosity change, acid number (oxidative aging), water content, particle count (wear debris and external contamination), and additive depletion.
For high-quality lubricants like Mobilgear 600 XP and Mobil DTE 10 Excel, condition monitoring allows teams to maximize drain intervals safely — capturing the full value of the oil’s service life — rather than draining oil that still has useful life remaining. This reduces lubricant consumption, waste oil disposal costs, and maintenance labor while maintaining documented evidence of oil condition for reliability and audit purposes.
Managing Water Contamination in Gulf Region Conditions
Water ingress is one of the most damaging forms of lubricant contamination, reducing film strength, promoting rust, accelerating oxidation, and (if the water content is high enough) forming emulsions that render the lubricant ineffective. In the UAE, condensation inside gearboxes and hydraulic reservoirs during temperature cycling — hot afternoons followed by cooler nights — is a consistent source of water ingress that facilities without proactive controls often overlook.
Effective controls include installing desiccant breather filters on gearbox and hydraulic reservoir vents (replacing standard open mesh breathers), maintaining shaft seals and housing gaskets in good condition, and including water content measurement in routine oil analysis programs. Setting a water content action limit — typically 0.1% for gear oils and 0.05% for hydraulic fluids — and acting promptly when limits are approached prevents the progressive damage that accumulated water causes.
Contamination Control in Hydraulic Systems
Hydraulic system contamination — primarily solid particles from worn components, ingressed atmospheric dust, and installation debris — is the leading cause of hydraulic component failure. UAE industrial environments with abundant fine desert sand and dust make contamination control particularly important.
Best practice requires maintaining the hydraulic system at a cleanliness level appropriate to the most sensitive component in the circuit. High-pressure servo valve systems may require ISO 4406 cleanliness codes of 16/14/11 or better, while general industrial circuits typically operate at 18/16/13. This is achieved through high-efficiency return line filtration, regular filter element changes, system flushing after component replacement, and sealing all openings during maintenance to prevent particle ingress.
Lubricant Storage and Handling on Site
In UAE field and industrial locations, lubricant storage practices directly affect oil quality. Key principles include storing drums and containers under covered, shaded conditions to prevent UV degradation and thermal cycling; keeping containers sealed until point of use to prevent moisture and particle ingress; using dedicated, clean dispensing equipment for each product to prevent cross-contamination; and clearly labeling storage containers and dispensing equipment to prevent the accidental mixing of incompatible products.
For oilfield sites in remote desert locations, where drums may be stored for extended periods before use, first-in-first-out (FIFO) stock rotation ensures that oil is not used beyond its recommended storage life.
Part 9: Why Source Mobil Lubricants Through Triune in Dubai
Triune is an authorized Mobil distributor operating from Ras Al Khor Industrial Area 2, Dubai, with 15 years of experience supplying oilfield and industrial customers across the UAE, GCC, and MENA region. The full Mobil industrial lubricant range — including Mobilgear 600 XP 150, Mobilgear 600 XP 320, and Mobil DTE 10 Excel 68 — is stocked for immediate dispatch.
Beyond lubricants, Triune provides a single-source supply solution for oilfield and industrial operations, including RIG tools, RIG spare parts, PPE and safety equipment, and industrial chemicals from globally recognized brands. Consolidated shipping across multiple product categories, competitive bulk pricing, and in-stock availability for urgent operational requirements make Triune a practical supply partner for teams managing demanding production schedules.
Contact Triune: +971 55 7489871 | triuneme.com/brands/mobil
Related Products: Mobilgear 600 XP 150 | Mobilgear 600 XP 320 | Mobil DTE 10 Excel 68 | Mobilgrease XHP 222 | Mobil Polyrex EM | Mobil Unirex N 3 | All Mobil Products | All Lubricants
