Whitmore® WhitSlide Extreme is the high-performance dragline slide lubricant built to answer one brutal question every mine maintenance engineer knows: how dragline slide lubrication prevents wear when walking mechanism slides are grinding under multi-ton loads, extreme heat, and punishing friction cycles. If your Bucyrus 2500 series is deadheading from overheated components, this episode is your fix.

WhitSlide Extreme draws its additive chemistry directly from industrial enclosed gear oil technology — a synergistic EP and anti-wear package that reacts with metal surfaces to smooth microscopic contact zones before micro-welding starts. The payoff is a tenacious boundary film that controls operating temperatures, slashes mechanical resistance through every walking cycle, and keeps your machine walking instead of waiting. Medium and Heavy grades post an 800 kg weld point on the ASTM D-2783 Four Ball EP test — that's the maximum load the apparatus can record. Pair that with an ASTM D-4172 wear scar diameter of just 0.33 mm and you have hard proof of film strength, not marketing language.

Three grades let you match viscosity to your system and your climate. The Light grade is a free-flowing black fluid at 1,200 cps Brookfield (Spindle 7, 5 rpm, 77°F) — it pumps down to -20°F in Lincoln Ventmeter systems at 400 psi and to -30°F in Farval systems at 2,000 psi, making it the cold-weather workhorse. Order it here: The Medium grade steps up to 40,000 cps, balancing mobility and load-carrying with pumpability limits of 20°F (Lincoln) and 10°F (Farval). See it at The Heavy grade is a soft black grease at 85,000 cps, optimized for maximum-load and high-temperature duty, pumping to 35°F (Lincoln) and 25°F (Farval).

Heavy grade ships in drum, tote, and keg packaging to match your stocking strategy — fleet rollout or a single spare. Drum: https://www.pe-energy.com/product/whitslide-extreme-heavy-drum-propel-machinery-lubricants/ — Tote: https://www.pe-energy.com/product/whitslide-extreme-heavy-tote-propel-machinery-lubricants/ — Keg: All three grades share a 200°F (94°C) flash point under ASTM D-92 Cleveland Open Cup and pass the ASTM D-665 distilled water rust test for corrosion protection you can count on year-round.

Beyond walking slides, spec WhitSlide Extreme on heavily loaded industrial bushings experiencing severe sliding friction and use the high-viscosity base material as an open gear lubricant base coat on new gear teeth — the high-tack film gives standard open gear greases something to grip on clean metal. The formula contains zero heavy metals and uses an ozone-safe, non-chlorinated solvent, so spent lubricant disposes the same way as standard spent grease or asphaltic products. Less downtime, longer fluid life, cleaner compliance. Browse the full Whitmore catalog at

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How to prevent dragline chatter and wear with Monighan cam lubricants is the central question this episode answers — and Whitmore® WhitCam extreme pressure cam lubricants are the direct solution procurement teams, reliability engineers, and mine-site operations leaders need to spec today. If your dragline walking mechanism is chattering, running hot, or eating through metal, the lubricant is the first thing to fix.

Monighan cam walking mechanisms move overburden at a punishing combination of extreme load and slow sliding speed — exactly the condition that destroys ordinary grease. Whitmore WhitCam lubricants form a dense, cohesive, highly adhesive barrier coating that eliminates metal-on-metal contact, dampens vibration, and keeps cam surfaces measurably cooler during long walks. The coating is dark and highly visible on metal, so your operators can confirm coverage and know exactly when to re-apply — zero guesswork, zero over-application, less lubricant waste per shift. See the full Whitmore brand lineup: https://www.pe-energy.com/brand/whitmore/

Choose your grade based on climate and delivery system. WhitCam Extreme is solvent-free and targets maximum wear protection in demanding environments. The standard Extreme grade carries 39% lubricating solids, a 290–320 worked cone penetration, and a remarkably low 2.3% water spray-off loss — critical in wet-bench or high-humidity pit conditions. The Pumpable grade drops to 25% lubricating solids and a 325–355 worked cone penetration for easier system delivery while still hitting a 500 kg Four Ball EP weld point. Both grades replace traditional lead or antimony products, substituting graphite and increased molybdenum disulfide grease chemistry instead. Order the Pumpable grade in 8 oz. bags here: https://www.pe-energy.com/product/whitcam-extreme-50-8oz-bags-propel-machinery-lubricants/

WhitCam NH (non-halide, halide-free) is engineered for mild winter climates — Australia, South Africa, Florida, the American Southwest. It runs a base oil kinematic viscosity of 3,000 cSt at 40°C, a worked cone penetration of 365–395, and a best-in-class 800 kg Four Ball EP weld point before solvent. Low-temperature pumpability is rated at 30°F (−1°C) on a Lincoln Ventmeter at 600 psi, and it passes the ASTM D-1743 Rust Test. It is available in drum quantities for high-volume wholesale orders and fleet rollouts: https://www.pe-energy.com/product/whitcam-nh-summer-drum-propel-machinery-lubricants/

Both WhitCam Extreme and WhitCam NH are officially designated TCLP-SAFE — they pass EPA Toxicity Characteristic Leaching Procedure guidelines and contain no heavy metals or regulated solvents. Neither product is suitable for rolling element bearings given the high solids concentration (up to 39%) and elevated base oil viscosities, but beyond Monighan cams they perform excellently on open gears, severely loaded slow-moving sliding mechanisms, heavy-duty bushings, and linear slideways. When you're writing your next RFP or maintenance-interval spec, that application versatility means one qualified product can cover multiple lubrication points across the same machine.

Wholesale orders scale from a single spare drum to a full fleet rollout. PE Energy stocks both WhitCam Extreme and WhitCam NH and can support scheduled delivery tied to your planned maintenance windows. If open gear lubrication, dragline walking mechanism longevity, or TCLP-SAFE compliance are on your radar this quarter, these are the SKUs to put on contract.

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Whitmore Novagard grease guide for extreme pressure mining applications — this episode breaks down the full technical case for Whitmore® Novagard Extreme Pressure Multipurpose Grease, an aluminum complex EP 2 grade lubricant built specifically for the shock loads, water exposure, and abrasive dirt ingress that destroy conventional greases in mining and earthmoving operations.

When a hydrodynamic film ruptures under sudden shock loading or reversing cycles, Novagard's dual solid film lubrication package — molybdenum disulfide (MoS2) plus graphite — plates directly onto load-bearing surfaces. That physical barrier stops metal-to-metal contact at bucket pins, pivot points, and bushings even when the primary grease matrix is squeezed out. For draglines, power shovels, excavators, and heavy haul trucks running constant stop-and-go cycles, that protection is the difference between a bearings inspection and an emergency replacement. Spec the full cartridge format at https://www.pe-energy.com/product/novagard-ep-2-50-cartridge-greases/

The Four Ball EP weld point comes in at 620 kg (ASTM D-2596) with a Load Wear Index of 85 — numbers that confirm catastrophic-load protection rather than just claiming it. The Four Ball Wear scar is 0.55 mm (ASTM D-2266). Timken OK Load hits 60 lbs (ASTM D-2509). Dropping point is 480°F / 249°C (ASTM D-2265), so the grease structure holds at high operating temperatures where cheaper greases slump and migrate out of the contact zone. Base oil kinematic viscosity is 177 cSt at 40°C and 14.5 cSt at 100°C (ASTM D-445), delivering the right film thickness across a wide duty cycle.

The extreme pressure aluminum complex grease thickener system is inherently hydrophobic — it repels water rather than emulsifying in it. That matters on surface mining fleets running through rain, mud, and high-moisture process environments where conventional lithium-soap greases wash out and leave bearings exposed. Novagard retains consistency and adhesion under water contamination, and its aluminum complex matrix forms a physical seal at bearing edges that blocks incoming grit and process water. ASTM D-4048 Copper Strip Corrosion rating is 1A at 212°F / 100°C for 3 hours, confirming compatibility with yellow-metal components throughout your drivetrain.

The usable temperature range of 20°F to 330°F (-7°C to 165°C) covers shifting seasons and mixed equipment fleets without requiring a grade swap between winter and summer. NLGI Grade 2 consistency (ASTM D-217 worked penetration 265–295) makes it compatible with standard centralized lubrication systems and grease guns already on your equipment. That single-product coverage — antifriction bearings, heavy-duty bushings, vehicle chassis points, U-joints, conveyor pivot points — cuts warehouse SKU count and eliminates the maintenance-bay risk of applying the wrong lubricant to a critical joint. Wholesale orders scale from a single spare cartridge to a full fleet rollout. Browse the complete Whitmore catalog at https://www.pe-energy.com/brand/whitmore/

Your RFQs for mining bearing lubrication programs should be stacking Novagard EP 2 against whatever single-purpose greases you're currently running for shock-load and water-wash-off duty. The 620 kg weld point and MoS2/graphite solid film package are the specs to put in your comparison matrix. Less downtime, longer component life, fewer emergency change-outs — that's the procurement case in three lines.

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Whitmore® Omnitask extreme pressure grease is the answer when standard lubrication films collapse under shock loads, high vibration, and slow-speed, heavy-load bearing applications — and this episode breaks down exactly how extreme pressure grease prevents bearing wear before it costs you a production shift.

Most bearing failures in steel mills, paper machines, and crusher circuits start the same way: the hydrodynamic film gets squeezed out under peak load, metal touches metal, and scoring begins. Omnitask EP 2 hits back with a dual-layer defense — a chemical EP additive package plus molybdenum disulfide (MoS2) and graphite as industrial solid lubricants. When the liquid film temporarily evacuates the load zone, those solid lubricants stay bonded to the metal surface, preventing welding and seizure. The Four Ball EP Weld Point (ASTM D-2596) comes in at 620 kg with a Load Wear Index of 60. That's not a marketing number — that's test data. Full product details at https://www.pe-energy.com/product/omnitask-ep-2-fl-keg-greases/

The aluminum complex grease thickener is what gives Omnitask its thermal backbone. Dropping point exceeds 480°F (249°C), with a rated operating range of 0°F (−18°C) up to 400°F (204°C). Base oil kinematic viscosity runs 662 cSt at 40°C and 40 cSt at 100°C — high viscosity by design, because slow-moving, heavily loaded bearings need a robust hydrodynamic film, not a light spindle oil. Copper strip corrosion (ASTM D-4048 Modified) rates 1B at 212°F for three hours, so yellow metal components stay protected.

Bearing water washout resistance is where Omnitask separates from commodity greases in wet process environments. Water spray-off (ASTM D-4049) and water washout (ASTM D-1264) both come in at less than 5% loss. De-watering press bearings, paper machine wet section rolls, and bucket wheel excavators running outdoors in rain and process spray — these are exactly the applications where that number matters. Spec Omnitask and stop replacing grease charges every few weeks because the lubricant washed out.

For the most aggressive sealing requirements, step up to Omnitask TK EP. The higher polymer loading makes it exceptionally tacky, resistant to pound-out and sling-off under severe shock load, and it builds a physical collar around the bearing seal that actively excludes dust, dirt, and process moisture. Important system note: Omnitask EP is compatible with central lubrication systems; the highly tacky Omnitask TK EP is not recommended for centralized systems due to pumpability. Also note the maximum DN factor of 200,000 — this grease is engineered for low-to-medium speed ranges, not high-speed bearing applications. Cartridge format available here: https://www.pe-energy.com/product/omnitask-tk-ep-2-50-cartridge-greases/

Primary targets for your RFPs and POs: steel mill work rolls, crusher bearings, belt conveyor pulley bearings, paper machine wet section rolls, and de-watering press bearings. Wholesale orders scale from a single spare cartridge to full keg quantities for fleet-level rollouts. Browse the complete Whitmore brand catalog — including complementary open-gear and chain lubricants — at https://www.pe-energy.com/brand/whitmore/

Resources

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Whitmore GEARMATE 1000 ICT is an extreme-service open gear lubricant engineered for draglines, mining shovels, kilns, and ball mills — the exact equipment where shock loads, abrasive dust, rain, and temperature swings destroy lesser products and turn a worn gear tooth into a six-figure unplanned outage. This episode breaks down how GEARMATE 1000 ICT protects open gears, how to select the right grade for your operating environment, and where to source wholesale quantities fast. Full product lineup: https://www.pe-energy.com/brand/whitmore/

800 kg Weld Point. That's the number that matters. Across every grade of GEARMATE 1000 ICT, Whitmore hits an ASTM D-2596 Four Ball EP Weld Point of 800 kg — validating the extreme pressure grease performance your procurement specs demand. Four Ball Wear testing (ASTM D-2266) returns a scar width of just 0.6–0.7 mm, meaning the film holds under boundary lubrication conditions where metal-to-metal contact would otherwise pit and scuff gear flanks within a single shift. If your RFPs require a documented weld point, GEARMATE delivers it in writing.

Visual verification built into the chemistry. GEARMATE 1000 ICT deposits a dense, dark, non-transparent coating on every contact zone. Your maintenance crew doesn't need to guess whether adequate film is present — they can see it on the gear tooth. That single feature cuts inspection time and removes ambiguity from your lubrication PM program. The lithium thickener structure simultaneously resists emulsification with water, so rain, snow, and ice don't strip the film between re-application cycles. A specially selected adhesive polymer locks mechanical stability across the full operating temperature spectrum of each grade.

TCLP-safe and OEM-approved. GEARMATE 1000 ICT passes the EPA Toxicity Characteristic Leaching Procedure — no heavy metals, no ozone-depleting solvents. Disposal is simpler, site compliance is easier, and you're not trading gear protection for an environmental liability. On the OEM side: the Super Heavy grade (NLGI 0-1, 6,500 cSt at 40°C / 254 cSt at 100°C) meets Caterpillar SD 4713 (June 2011 revision) for CAT Shovel Hoist Drum Gears. The Heavy grade (NLGI 0, 4,123 cSt at 40°C / 165 cSt at 100°C) carries approval from the Passenger Rail Agency of South Africa for traction motor gearboxes running semi-fluid grease. Spec the right grade, check the approval box, move on. Super Heavy drums: https://www.pe-energy.com/product/gearmate-1000-ict-super-heavy-open-gear-lubricants/

Five grades, one product family — match your ambient temperature. Arctic (NLGI 000, synthetic blend, usable to -40°F/-40°C, 1,900 cSt at 40°C) handles the harshest cold-climate mining sites: https://www.pe-energy.com/product/gearmate-1000-ict-arctic-drum-open-gear-lubricants/ — Light (NLGI 0-00, mineral base, usable to -10°F/-23°C, 1,900 cSt at 40°C) covers moderate cold: https://www.pe-energy.com/product/gearmate-1000-ict-light-drum-open-gear-lubricants/ — Heavy Keg format ships ready for centralized lube systems: https://www.pe-energy.com/product/gearmate-1000-ict-heavy-keg-open-gear-lubricants/ — and Heavy Caulk tubes drop into standard dispensing guns for spot applications: https://www.pe-energy.com/product/gearmate-1000-ict-heavy-caulk-open-gear-lubricants/ — Wholesale orders scale from a single spare keg to a full fleet rollout. Lock in your grade, submit your PO, and cut relubrication frequency on your next PM cycle.

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Whitmore Decathlon HTC synthetic high temperature chain oils are the answer to a problem that destroys conveyor chains, spikes motor amperage, and forces unplanned shutdowns: carbon and varnish deposits left behind when conventional lubricants thermally collapse inside hot ovens, curing lines, and glass-forming machines. This episode breaks down exactly how synthetic chain oils prevent high temperature carbon buildup — and which Decathlon HTC grade belongs in your next PM specification.

Standard lubricants oxidize and leave behind solid carbonaceous residue and lacquer-like varnish that clog chain pin clearances and starve bearings of fresh oil. Whitmore Decathlon HTC is formulated from a complex blend of synthetic base fluids and ashless additives engineered to resist that thermal breakdown cycle. The result is a fluid lubrication film that persists on wear surfaces rather than converting into abrasive solid contaminants — fewer chain replacements, lower amperage draw on drive motors, and longer service intervals between re-lubrication events.

The thermal envelope is what separates Decathlon HTC from conventional industrial chain lubrication products. These synthetic high temperature chain oils are rated for continuous service at 450°F (230°C) and intermittent exposure up to 550°F (285°C). Modified ASTM D-972 evaporation testing at 428°F (220°C) for 6.5 hours confirms the thin-film evaporation characteristics that keep the fluid working instead of burning off. Spec the HTC 930 — 200 cSt at 40°C, Conradson Carbon Residue of just 0.02% (ASTM D-189), and a four-ball wear scar of 0.30 mm (ASTM D-4172) — where loads are heavy and carbon control is non-negotiable: https://www.pe-energy.com/product/decathlon-htc-930-pail-chain-and-cable-fluids/

For medium-viscosity applications, the HTC 143 ISO 150 grade delivers 157 cSt at 40°C, a flash point of 520°F (271°C), and a Conradson Carbon Residue of 0.09% — and it carries Halal Certification, making it the right call for sensitive production environments like latex and synthetic glove manufacturing. The HTC 172 ISO 150 runs at 161 cSt at 40°C with a viscosity index of 114 and a measured thin-film evaporation loss of 13.23% at 428°F. Both grades are stocked in pail and drum: https://www.pe-energy.com/product/decathlon-htc-143-iso-150-pail-chain-and-cable-fluids/ and https://www.pe-energy.com/product/decathlon-htc-172-iso-150-pail-chain-and-cable-fluids/

Applications driving the highest demand for Decathlon HTC include latex glove curing ovens, glass bottle forming lines, light bulb manufacturing, continuous fiberboard presses, and tenter frame chains in textile processing — anywhere chain pins and bearings cycle through extreme heat under load. The HTC 940 (32 cSt at 40°C, viscosity index 115, flash point 435°F / 224°C) covers lighter-duty or higher-speed components in the same facilities. Wholesale orders scale from a single pail to keg, drum, and tote quantities depending on fleet size and consumption rate. See the full Decathlon HTC lineup by grade and pack size at https://www.pe-energy.com/brand/whitmore/ — procurement teams can pull pail options like https://www.pe-energy.com/product/decathlon-htc-143-iso-100-pail-chain-and-cable-fluids/ or go straight to drum and tote volume at https://www.pe-energy.com/product/decathlon-htc-930-tote-chain-and-cable-fluids/ to match consumption to your reorder cycle.

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How to choose between lithium complex greases — specifically Whitmore® Omnilith 500 and Omnilith GL — comes down to weld point, viscosity, and washout resistance. Get those three wrong and you're replacing bearings instead of running production. This episode breaks down every critical spec so procurement managers and reliability engineers can lock in the right formulation before the next RFQ hits your desk.

Extreme pressure grease performance starts with the four ball EP weld point. Omnilith 500 Grade 2 delivers an ASTM D-2596 weld point of 800 kg — the spec that matters when you're lubricating cranes, hoists, stackers, and mobile construction equipment under severe shock loads. Omnilith GL (NLGI Grade 1 and Grade 2) tests at 400 kg, with Load Wear Index values of 56.38 (Grade 1) and 46.51 (Grade 2). That 400 kg rating exceeds automotive requirements comfortably, but for heavy industrial antifriction and plain bearings taking repetitive impact, Omnilith 500 is the call. Spec it at https://www.pe-energy.com/product/omnilith-500-m-ep-2-50-ct-greases/

Base oil viscosity drives film strength — and these two products are built for different speed ranges. Omnilith 500 Grade 2 runs a polymer-blended base oil at 455 cSt at 40°C (278 cSt without polymer), producing the thick, tacky film that slow-to-medium-speed heavily loaded bearings need. Continuous service reaches 350°F (177°C), with occasional peaks to 450°F (232°C). Omnilith GL uses a lighter 220 cSt at 40°C base oil across both Grade 1 and Grade 2, optimized for higher-speed automotive wheel bearings — especially front disc brake applications where thermal spikes are routine. Its dropping point exceeds 500°F (260°C), so the grease stays in the hub when brakes cook. Browse caulk-tube packaging for job-site applications: https://www.pe-energy.com/product/omnilith-500-ep-2-caulk-tubes-greases/

Water washout resistance separates these formulas in wet industrial environments. Omnilith 500 posts less than 5% loss on the ASTM D-1264 Water Washout test — the right number for textile washing machines, service stations, and industrial pumps constantly exposed to water ingress. Omnilith GL comes in under 15% on the same test. Both products pass the ASTM D-1743 Rust Test and earn a 1B rating on ASTM D-4048 Copper Strip Corrosion (modified, 212°F/100°C, 3 hours), protecting steel and yellow-metal components against oxidation and chemical attack. If your application sees standing water or steam, Omnilith 500 wins on water washout resistance.

Low temperature pumpability determines whether your auto-lube system actually delivers in winter. Omnilith 500 EP 2 pumps to 10°F (-12°C) on a Lincoln Ventmeter at 400 psi; if your ambient drops to 0°F (-18°C) or below, size down to Omnilith 500 EP 1 for easier flow in centralized systems. Omnilith GL Grade 1 pushes the envelope further — 5°F (-15°C) at 400 psi and -5°F (-21°C) at 600 psi — giving you the best cold-weather automated delivery of the two product lines. Omnilith GL is also NLGI GC-LB certified, qualifying it for automotive chassis and high-temperature wheel bearing specs right out of the gate. Order pail quantities here: https://www.pe-energy.com/product/omnilith-gl-2-pail-greases/

Both greases use a lithium complex soap-base thickener that resists structural breakdown under shear and high heat — the shared DNA that makes the Whitmore® Omnilith line a reliable industrial bearing lubrication platform. Whether your RFPs call for an 800 kg weld point on a crane fleet or NLGI GC-LB certification on a vehicle maintenance contract, wholesale orders scale from a single spare to a full fleet rollout. See the complete Whitmore catalog: https://www.pe-energy.com/brand/whitmore/

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Whitmore® Envirolube XE Extreme is a non-asphaltic open gear lubricant engineered to stop scuffing wear and surface micro-welding on severely loaded equipment — and this episode breaks down exactly how non-asphaltic lubricants prevent gear wear on ball mills, kilns, and large rotating machinery running under extreme pressure.

Conventional asphaltic open gear lubricants bake hard, build up carbon deposits, and blind your inspection windows. Envirolube XE Extreme replaces asphalt with a synthetic polymer, resin, and high-viscosity petroleum distillate formula that stays soft on the gear and flows cleanly from gear guards — no scrapers, no specialty solvents. Maintenance crews can inspect tooth contact patterns with a strobe light while the machine runs, and the spent product passes the EPA Toxicity Characteristic Leaching Procedure, so it is classified as TCLP-safe, not characteristic hazardous waste. Get the Heavy grade here: https://www.pe-energy.com/product/envirolube-xe-extreme-heavy-open-gear-lubricants/

The wear numbers from third-party FZG testing (ISO 14635-3, settings A/2.8/50 and A/2.76/50) are the real story. After 12 standard load stages, Envirolube XE Extreme recorded a mass loss of only 9.2 mg — versus 21 mg, 32 mg, and 51 mg for three competitive products. Specific mass loss landed at 0.067 mg/kWh, a fraction of competitor rates ranging from 0.1390 to 0.1800 mg/kWh. In the 30-hour extended wear test at load Stage 10, the product held mass loss to 20 mg while competitors shed as much as 78 mg — and gears still showed their original manufacturing crosshatch pattern with zero polishing or scuffing. That is up to 66% wear reduction versus conventional options. See the Medium-viscosity grade: https://www.pe-energy.com/product/envirolube-xe-extreme-medium-open-gear-lubricants/

Extreme-pressure performance is backed by ASTM D-2783 Four Ball EP testing with a weld point of 800 kg and ASTM D-4172 Four Ball Wear confirming a scar width of just 0.50 mm. That combination of film strength and low scar width is what keeps ball mill gear faces intact through high-shock load cycles. The product meets OEM specs for Falk, Metso Minerals, and FL Smidth equipment — drop it directly into existing sump systems or run it through airless automatic spray systems with intermittent cycles of 15–20 minutes for large ball mill gears.

Two viscosity grades cover your temperature range. The Medium grade (1,080 cSt @ 40°C) pumps in Lincoln Ventmeter testing at 400 psi down to 5°F (-15°C) — right specification for cold-climate outdoor mills. The Heavy grade (4,000 cSt @ 40°C) is rated to 20°F (-7°C) and is the go-to where maximum film thickness under shock loading is the priority. Drum quantities of ENVIROLUBE XE 680 are also stocked for high-volume programs: https://www.pe-energy.com/product/envirolube-xe-680-drum-open-gear-lubricants/ — wholesale orders scale from a single spare drum to a full fleet rollout. Spec the right grade in your next RFP and eliminate the asphaltic buildup problem for good.

Browse the full Whitmore open gear lubricant catalog, including specialty greases and chain lubricants, at https://www.pe-energy.com/brand/whitmore/

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