Jet-Lube V-2 lead-free potable-water thread sealant is the focus of this episode — a multi-purpose, NSF 61-certified compound engineered for plumbers, pipefitters, and facility maintenance teams who need a compliant, reliable seal on drinking-water systems without the liability of lead-bearing compounds.

If your projects touch potable-water lines, you already know the compliance burden. NSF 61 certification and AB1953 lead-free requirements aren't optional — they're the price of entry on municipal, commercial, and food-service installs. Jet-Lube V-2 meets both standards out of the container, so your crew isn't shuffling between products or second-guessing which sealant is on the truck. Spec it once, and it covers the run. Full product details at https://www.pe-energy.com/product/jet-lube-v-2-multi-purpose-thread-sealant/

Temperature range is where V-2 separates from basic pipe dopes. Rated to 500°F, it stays put at elevated temperatures that would soften or extrude a lower-grade compound right out of the joint. The formulation is PTFE-reinforced, giving it the lubricity to seat fittings cleanly without galling on the stainless, brass, copper, and iron threads V-2 is approved for.

Need a heavier-duty option? V-2 Plus is the step-up sibling in the V-2 family — browse it at https://www.pe-energy.com/product/35623-v-2-plus/ when your joint count or pressure rating climbs. One important limit on V-2 itself: it is approved for PVC, polyethylene, and fiberglass but not ABS or CPVC — for those plastics the manufacturer specifies the Jet-Lube TFW thread sealant with PTFE instead: https://www.pe-energy.com/product/24023-tfw/

Procurement managers sourcing for a mixed install — potable water, industrial process, gas distribution — should also look at the TF-15, another Jet-Lube pipe thread sealant available by the gallon for high-volume work: https://www.pe-energy.com/product/jet-lube-tf-15-1-gallon/ Wholesale orders scale from a single backup tube to full case quantities for fleet maintenance programs. PE Energy stocks the complete JetLube range, so your RFPs don't require multiple distributor relationships.

The bottom line for maintenance and reliability engineers: a failed thread seal on a potable-water line means a compliance incident, not just a drip. V-2's AB1953 lead-free sealant status and NSF 61 listing give you the documentation trail auditors and inspectors ask for. Pair that with 500°F heat resistance and PTFE reinforcement, and you've taken the sealant off the list of likely failure modes. See the full JetLube brand catalog at https://www.pe-energy.com/brand/jet-lube/ and match the right compound to every connection on your P&IDs.

Resources

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How Air Sentry® desiccant breathers prevent moisture and particulate contamination — this episode breaks down every series in the lineup, from Z and D through X-Series and GUARDIAN, with hard specs your RFPs actually need. Browse the full catalog: https://www.pe-energy.com/air-sentry-desiccant-breathers/

Air Sentry set the contamination control standard in 1997 — first to integrate check valve technology, first to offer replacement desiccant/filter cartridges. Every breather uses inert silica gel with a 360-degree clear-view housing: gel starts gold and shifts dark green as moisture adsorption occurs, so your techs can confirm service life at a glance without pulling the unit. The product hierarchy runs Z-Series (Good), D-Series (Good), X-Series (Better), and GUARDIAN (Best), scaling from tight gearbox mounting points up to diesel fuel storage tanks.

The D-Series handles most stationary fluid management applications — oil storage tanks, transformers, pumps, and hydraulic reservoirs. All models deliver 2-micron solid particle filtration and up to 20 cfm airflow using 100% silica gel. Fully disposable, no cartridge swap required. The Z-Series covers lower-demand installs under 5 cfm where space is limited: drums, totes, and small oil containers where a larger desiccant breather for gearbox or reservoir applications simply won't fit.

The X-Series desiccant breather is engineered for high humidity and high dust — paper mills, wash-down areas, mine quarries, steam-cleaning rooms. Dual check valves in a reusable top cap seal the system until differential pressure exceeds 0.1 psi in either direction, protecting the silica gel bed between breathing cycles. Spec the X-50 (3 in. dia., ¾" FNPT, 0.6 lb silica gel, 3.68 fl. oz. adsorption capacity, 10 cfm, 75 gpm max) for compact installations: https://www.pe-energy.com/product/air-sentry-x-50-desiccant-breather/ — or step up to the X-100 (3.25 in. dia., ½" FNPT, 0.8 lb silica gel, 4.91 fl. oz., 10 cfm) at https://www.pe-energy.com/product/whitmore-x100-3-25-dia-x-6-25-tall-1-2-fnpt/ For higher-flow systems, the X-501 (1" slip fit, 1.4 lb silica gel, 20 cfm, 150 gpm) and X-505 (1" MNPT, 10 in. tall, 2.7 lb silica gel, 16.56 fl. oz., 20 cfm) handle heavy reservoirs and gearboxes. Every X-Series model ships with a replacement cartridge option to extend desiccant breather service life without replacing the full housing.

Resources

https://www.pe-energy.com/product/whitmore-x501-5-dia-x-7-tall-1-slip-fit/

https://www.pe-energy.com/product/whitmore-x503-5-dia-x-7-tall-1-mnpt/

https://www.pe-energy.com/product/whitmore-x505-5-dia-x-10-tall-1-mnpt/

https://www.pe-energy.com/product/whitmore-x521-5-dia-x-7-tall-2-mnpt/

https://www.pe-energy.com/product/whitmore-x522-5-dia-x-10-tall-2-mnpt/

https://www.pe-energy.com/product/whitmore-l143-3-25-dia-x-5-long-1-2-fnpt/

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JetLube 550 Extreme® — the Low E nonmetallic anti-seize compound that solves thread seizure, hot-torque friction loss, and fugitive-emission compliance in a single brush-top can. Built on a calcium sulfonate complex base with balanced molybdenum disulfide and surface-modified synthetic graphite, 550 Extreme is the petrochemical flange bolting lubricant your maintenance specs have been waiting for. Browse the full anti-seize lineup: https://www.pe-energy.com/product-category/anti-seize-compounds/

Zero heavy metals. Real API 622 Low E fugitive emission compliance. Unlike copper, nickel, or lead-loaded products, 550 Extreme contains no metallic pigments — making it directly compatible with Low "E" valve and flange standards now required across refinery and petrochemical facilities. Pair it with graphite stem packings and your control or isolation valves meet API 622 Low E fugitive emission criteria without formulation compromises. For companion sealing on the same valve, Jet-Lube V-2 handles the job: https://www.pe-energy.com/product/35555-jet-lube-v-2-1-4-pt-brush-top/

Spec-grade physical data that holds up under scrutiny. NLGI Grade 1 consistency (ASTM D-217 penetration 315–335 at 77°F) keeps the compound pumpable and stable. Dropping point hits 450°F (232°C) per ASTM D-2265; flash point exceeds 430°F (221°C); oil separation stays below 5.0 wt. % at 212°F. The 4-Ball weld point clocks 800 kgf (ASTM D-2596) with a load wear index of 100 — genuine extreme-pressure protection. Salt fog resistance: 500 hours corrosion-free at 100°F in 20% NaCl per ASTM B-117. Copper strip corrosion rating is 1A — no attack on copper alloys. Specific gravity 1.22, density 10.2 lb./gal.

Published nut factors that tighten your torque-tension control. Understanding how JetLube 550 Extreme prevents thread seizure and hot-torque friction loss starts with the K values. On 1-inch uncoated B7 studs using T = K × D × F: K = 0.15 at 80 ksi tension, K = 0.18 at 50 ksi, K = 0.19 at 30 ksi. That narrow 0.04-point spread across a three-to-one tension range means your ASME PCC-1 bolt-up procedures stay accurate. The balanced MoS2/graphite formulation also resists the friction-function drops that high-MoS2 products (over 40% loading) exhibit when hot-torqued in the 250–400°F range — critical for coker drumhead bolting and heat exchanger breach block re-assembly during turnarounds. Order the 1 lb brush-top can here: https://www.pe-energy.com/product/jet-lube-extreme-all-weather-450-ml-brush-top/

Operating range from cryogenic to extreme heat, across nearly every base material. Static cryogenic service to -265°F (-165°C); select high-temperature applications to 2400°F (1316°C); brushable performance to -10°F (-23°C). Compatible with steel, stainless, cast iron, titanium, copper, brass, alloys, and plastics. Endorsed for valve bonnet and flange bolting, valve stem assembly, delta valve bolting, LPG and gas service, slides, guides, keyways, and carbon steel or high-nickel alloy fasteners. Conforms to MIL-PRF-907F and Raytheon Specification M8656839 Type III. Manufactured in ISO 9001:2015 and ISO 14001:2015 certified facilities. Wholesale orders scale from a single spare to a full turnaround kit — see the complete JetLube catalog: https://www.pe-energy.com/brand/jet-lube/

Resources

https://www.pe-energy.com/product/jet-lube-extreme-all-weather-450-ml-brush-top/

https://www.pe-energy.com/product-category/anti-seize-compounds/

https://www.pe-energy.com/brand/jet-lube/

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JetLube JET-RED Premium Multipurpose Grease is a lithium complex EP grease built on a 220 cSt base oil (ASTM D445, 40°C) and available in four NLGI grades — EP 00, EP 0, EP 1, and EP 2 — engineered to answer the toughest question in lubrication: how JetLube JET-RED lithium complex grease handles extreme heat and heavy loads in oil drilling, mining, construction, and shipbuilding operations.

Four-Ball Weld Point: 500 kgf across every grade. That ASTM D2596 number puts JET-RED firmly in the extreme-pressure category for any lithium complex EP grease guide. Four-Ball Wear scar is 0.6 mm for EP 00 and EP 0, tightening to 0.55 mm for EP 1 and EP 2 (ASTM D2266). DN speed capability reaches 200,000, covering fans, blowers, pumps, conveyor bearings, ball bearings, roller bearings, screw jacks, and universal joints. High film strength and tacky adhesion to metal surfaces resist lubricant displacement under vibration and centrifugal force — critical for multipurpose grease in oil drilling and mining.

Dropping points that outlast conventional lithium greases. EP 2 hits 500°F (260°C); EP 1 reaches 450°F (232°C); EP 0 reaches 400°F (204°C). Flash point exceeds 430°F (221°C) for all grades (ASTM D92). For high dropping point grease bearings in sustained-heat environments — think conveyor drive trains on a mine site or pump bearings on a drilling rig — that thermal headroom is the deciding factor. Oil separation for EP 2 is just 1% (ASTM D6184) versus 12% for EP 1, meaning the EP 2 thickener matrix holds base oil in place through thermal cycling in bearing sumps. See the full grade lineup and order the 30-cartridge case here: https://www.pe-energy.com/product/60050-jet-lube-jet-red-premium-multipurpose-grease-30-cartridges/

NLGI grade selection for extreme temperatures — especially cold. NLGI grade selection for extreme temperatures starts at the low end: EP 00 (cone penetration 400–430, ASTM D217) pumps down to -30°F (-34°C) and doubles as a semi-fluid fill for leaky gearboxes. EP 0 (cone penetration 355–385) handles -20°F (-29°C). When specifying how to select grease for cold weather equipment, drop one NLGI grade for every significant reduction in ambient start-up temperature. EP 2 (cone penetration 265–295) is rated from 0°F (-18°C) up to 400°F (204°C) — the widest service window in the family.

EP grease water washout resistance and corrosion protection. EP 2 water washout loss is 5%; EP 1 is 13% (ASTM D1264). Both grades pass ASTM D1743 rust prevention testing, and all grades carry a 1A copper corrosion rating (ASTM D4048). That combination makes JET-RED viable for shipbuilding, coastal infrastructure, and any wet or outdoor application where EP grease water washout resistance and rust control are non-negotiable. Wholesale orders scale from a single spare to a fleet rollout — browse the full JetLube brand catalog at https://www.pe-energy.com/brand/jet-lube/

Consolidate your grease inventory. One red, smooth, tacky product covers bearings, anti-friction bearings, journals, drive trains, and general greasing points across oil drilling rigs, construction and road building machinery, mining operations, and shipbuilding environments. All four grades share the same 220 cSt base oil, 500 kgf weld point, flash point above 430°F, and ASTM D1743 rust-prevention pass — so your RFPs can reference a single product family regardless of NLGI grade.

Resources

https://www.pe-energy.com/product/60050-jet-lube-jet-red-premium-multipurpose-grease-30-cartridges/

https://www.pe-energy.com/brand/jet-lube/

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JetLube KOPR-KOTE® is the copper-based drill collar and tool joint compound built to solve one of the most costly problems in rotary drilling: preventing downhole makeup on API rotary shouldered connections before it destroys shoulder faces, joint efficiency, and your day. Browse the full drill collar compounds category at https://www.pe-energy.com/product-category/drill-collar-compounds/

KOPR-KOTE's solids package — copper flake, graphite, and natural extreme-pressure additives in an aluminum-complex petroleum-fluid base — works differently from conventional lubricants. Instead of reducing friction uniformly, it increases the coefficient of friction under compressive load, so as makeup stress rises, resistance rises with it. The result: shoulder faces seat cleanly, standoff is eliminated, and connections hold torque where it belongs. Friction factor is 1.15 relative to API RP 5A3 Annex I, developed on full-scale API tool joint connections. Multiply your thread manufacturer's recommended torque value by 1.15 — or contact the connection manufacturer directly for confirmed torque specs.

The thermal and mechanical specs support demanding downhole service. Service range runs 0°F (-18°C) to 450°F (232°C), with a dropping point of 450°F (232°C) per ASTM D-2265 and flash point above 430°F (221°C) per ASTM D-92. The 4-ball weld point hits 800 kgf typical (ASTM D-2596), NLGI Grade 1 penetration is 310–330 at 77°F, specific gravity is 1.15, and density is 9.6 lb/gal. Oil separation per ASTM D-6184 stays below 3.0. Copper strip corrosion rates 1A typical — the compound protects against rust and corrosion even when joints are wet and exposed to drilling mud or formation fluids, a baseline requirement KOPR-KOTE meets by design.

The lead-free, zinc-free formulation is a meaningful operational and regulatory differentiator. KOPR-KOTE carries UK CEFAS OCNS Group B environmental rating and DOT Approval CA2004080025 confirming non-marine-pollutant status — critical for offshore or environmentally sensitive locations. It is also NAM/Shell approved for under-balanced drilling. An Arctic-grade version extends service to cold-climate operations. See the Jet-Lube Extreme 48 lb lined pail — the right pick when invert or high-pH muds are in the system — at https://www.pe-energy.com/product/11415l-jet-lube-extreme-tool-joint-and-drill-collar-compound-5-gal-lined/

Selecting the right compound for your connection type matters. Premium connections — HI-TORQUE® (HT), eXtreme® Torque (XT®), and XT-M™ — are engineered to a 1.0 friction factor, not 1.15. Applying KOPR-KOTE to these connections may require torque adjustment; the specified alternative is Jet-Lube KOPR EXT FF 1.0. Running invert or high-pH muds? Switch to Jet-Lube EXTREME®. Wedge-type thread connections needing wear protection call for NCS-30® ECF™. These are not edge cases — they are documented product exclusions your RFPs and compound selection procedures should capture explicitly. Pipe size, thread geometry, and mud contamination all shift the realized friction factor; the published value is a relative reference, not an absolute guarantee. Explore the complete JetLube lineup at https://www.pe-energy.com/brand/jet-lube/

Resources

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JetLube KOPR-KOTE® is the copper anti-seize compound maintenance teams reach for when a seized bolt means a day of lost production — and this episode breaks down exactly how KOPR-KOTE prevents thread seizure and corrosion on high-temperature connections from -65°F to 1,800°F. https://www.pe-energy.com/product-category/anti-seize-compounds/

KOPR-KOTE works by packing thread irregularities with micro-size copper flakes and graphite dispersed in a water-resistant, petroleum-based grease loaded with antioxidants and rust inhibitors. The film will not squeeze out, gum up, or wash off under sustained contact stress — tested at 80,000 psi on 1-inch B7 studs. That means the lubricating barrier stays intact through heat cycles, vibration, and impact loads that destroy lesser compounds. A nut-factor (K) of 0.15 (T = K × D × F) gives procurement engineers and torque specs something to work with: consistent, predictable bolt tension on exhaust manifold bolts, compressor heads, and high-pressure flanges without over- or under-torquing.

The thermal window is genuinely wide. Dropping point exceeds 450°F (ASTM D-566), flash point is above 450°F (ASTM D-92), and oil separation is held below 3.0 wt. % at 212°F (ASTM D-6184) — so the grease matrix doesn't bleed dry and leave abrasive solids behind after heat cycling. That combination covers cryogenic valve stems at -65°F and steam flanges or autoclave studs approaching 1,800°F (982°C) in a single SKU. Fewer shelf positions, one qualified compound for your RFPs.

Extreme-pressure performance is documented: 4-ball weld point 620 kgf, Load Wear Index 125 (ASTM D-2596). The film does not rupture under high contact stress in pump housings, lathe centers, or rotating-equipment flanges. Copper strip corrosion rates a 1A (ASTM D-4048), confirming KOPR-KOTE is safe on copper-alloy components. Penetration at 77°F measures 310–330 (ASTM D-217) — NLGI No. 1 consistency — soft enough to brush or spray uniformly, firm enough to stay put on vertical fittings. Available in bulk containers and aerosol; aerosol users should shake the can ~30 seconds and reseat the nozzle to clear copper-particle buildup.

On the specification side, KOPR-KOTE carries NSF H2 Registration No. 120923 (incidental food contact; aerosol package excluded), conforms to MIL-PRF-907F — the U.S. military anti-seize lubricant benchmark used on Navy shipboard fittings and aircraft exhaust hardware — and meets Raytheon Spec M8656839 Type II for defense supply chains. The formulation is lead-free, zinc-free, and 0 g/L VOC, making it compatible with stainless and nickel alloys and aligned with RoHS-based procurement requirements. MIL-PRF-907F compliance gives your MRO buyers a recognized benchmark to cite in bid documents and supplier qualifications. See the full JetLube catalog: https://www.pe-energy.com/brand/jet-lube/

Spec KOPR-KOTE on threaded connections, pump housings, exhaust manifold studs, compressor heads, autoclaves, and high-temperature flanges wherever corrosion seizure between service intervals is destroying studs and nuts. Wholesale orders scale from a single spare to a fleet rollout — drop us an inquiry at the links below.

Resources

https://www.pe-energy.com/product-category/anti-seize-compounds/

https://www.pe-energy.com/brand/jet-lube/

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Air Sentry XR-522 Desiccant Breather is the no-nonsense, heavy-duty breather built to keep your oils, gearboxes, and hydraulic systems dry, clean, and working longer under brutal conditions.

If you run oil and gas, power generation, heavy manufacturing, or offshore gear you already know the cost of contaminated fluid. I’m talking shortened component life, surprise downtime, emergency repairs, and the kind of invoices that make CFOs stare at the ceiling at 2 a.m. The XR-522 attacks the root cause instead of treating the symptom. It stops moisture and particulate at the point of air exchange so contamination never gets a foothold.

Why this matters to you in plain dollars and cents

- Fewer fluid changes and less labor. Cleaner fluid stays in service longer, so your scheduled maintenance intervals stretch and your crew’s time gets spent on planned work instead of firefighting.

- Reduced equipment failures. The metal-reinforced base plus robust check-valve top cap hold up to vibration and shock typical in wind, rigs, mills, and substations. That equals fewer seals, pumps, and gearbox replacements.

- Predictability. Visible desiccant indicators and reusable top cap design mean you can inspect and replace on your schedule, not when failure forces you to call broken-machine therapy.

What the XR-522 actually gives you

- Hard-shell construction for high-vibration applications that won’t shear off or leak in real-world plant conditions.

- Two check-valves that keep contaminants out until expansion or contraction requires air flow. No passive highway for water and dust.

- High adsorption capacity for environments with heavy humidity or dust load, extending desiccant life and lowering replacement frequency.

- Simple NPT mounting for fast retrofits onto existing reservoirs and housings. No custom adapters, no downtime for installation.

Technical reliability meets procurement practicality

You want equipment that’s proven and available in wholesale quantities with consistent specification and traceability. PE-Energy stocks XR-Series breathers engineered by Whitmore Manufacturing and can support volume buys, blanket orders, and expedited fulfillment to keep multi-site operations standardized and compliant.

Who should listen to this podcast

This show is geared at procurement managers, safety officers, operations directors, and engineering leads who need straight answers about contamination control, lifecycle cost reduction, and hardened hardware that performs under pressure. No fluff, just industry-hardened advice on specifying, buying, and integrating desiccant breather solutions across fleets and facilities.

Resources

https://www.pe-energy.com/product/whitmore-xr-522-5-25-dia-x-10-tall-2-mnpt/

https://www.pe-energy.com/air-sentry-desiccant-breathers/

https://www.pe-energy.com/product/whitmore-xr522-5-dia-x-10-tall-2-mnpt/

https://www.oilsafesystem.com/air-sentry-XR-522-desiccant-breather

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JetLube KOPR-KOTE ARCTIC Drill Collar & Tool Joint Compound — the unleaded, NLGI Grade 1 drilling compound engineered specifically so spray and pump equipment can keep working when temperatures crater to -65°F (-54°C). If your connections are galling in long horizontal holes or your current grease seizes in the pump at sub-zero, this episode breaks down exactly how the ARCTIC formulation solves both problems. Browse the full drill collar compounds category: https://www.pe-energy.com/product-category/drill-collar-compounds/

Pumpability is the headline spec. Standard KOPR-KOTE is optimized for general rotary shouldered connections; KOPR-KOTE ARCTIC is reformulated around a low pour petroleum base fluid and an anhydrous calcium thickener so it stays spray-applicable from -65°F all the way up to 300°F (149°C). NLGI Grade 1 penetration of 310–330 (ASTM D-217 @ 77°F) keeps it fluid enough for automated application systems on high-throughput rigs without sacrificing film strength at elevated downhole temperatures.

The friction factor is your downhole makeup insurance. KOPR-KOTE ARCTIC carries a friction factor of 1.15 relative to API RP 5A3 Annex I — verified on full-scale API tool joint connections. That number is deliberately elevated: once compressive stress climbs above 50% of yield, friction increases and actively resists further circumferential makeup. Full hydraulic joint efficiency is preserved, shoulder faces mate completely, and there's no standoff or deformation. For severe applications — higher RPM, harder formations, long horizontal holes — JetLube specifies making up rotary shouldered connections an additional 10% to compensate for that friction factor in extreme-duty service.

The solids package does the anti-galling work. Copper flake, graphite, and natural extreme-pressure additives deliver both lubrication and controlled friction behavior. The 4-Ball Weld Point (ASTM D-2596) comes in at 800 kgf typical — confirmation that the EP package can handle the contact pressures generated at high penetration rates and in hard rock. Copper Strip Corrosion (ASTM D-4048) rates 1A typical, so you're not trading thread galling protection for corrosion risk inside the connection. Oil separation (ASTM D-6184) is less than 3.0%, and the dropping point exceeds 300°F — the compound holds together through the thermal cycling that trips up lighter greases.

Unleaded and jurisdiction-ready. KOPR-KOTE ARCTIC contains no lead and no zinc, conforming to California Assembly Bill 1953. Spec it confidently into RFPs with lead-free procurement requirements. It also sticks to wet joints — mud-contaminated connections don't strip the film, which is where lower-performance compounds typically fail in HDD and water-well applications. Flash point exceeds 320°F (ASTM D-92); specific gravity is 1.15 at 9.6 lb/gal. See the JetLube brand lineup at https://www.pe-energy.com/brand/jet-lube/

Know when to switch formulations. KOPR-KOTE ARCTIC is not the right call for invert emulsion or high-pH mud systems — in those environments, JetLube directs you to Jet-Lube 21 ARCTIC Double Duty or EXTREME. Both are stocked at PE Energy: https://www.pe-energy.com/product/11215-jet-lube-21-arctic-double-duty-drill-collar-tool-joint-compound-5-gal-pail/ and https://www.pe-energy.com/product/11415l-jet-lube-extreme-tool-joint-and-drill-collar-compound-5-gal-lined/ — wholesale orders scale from a single spare pail to full fleet rollouts. Always confirm mud system compatibility before locking KOPR-KOTE ARCTIC into a well program, and loop in your drill pipe manufacturer on torque specs, since pipe geometry and mud contamination both affect realized friction factor in the field.

Resources

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https://gravatar.com/taylorindustrialequipment