Shop Genuine OEM Titan TR1 High Pressure Tips
Shop genuine OEM Titan TR1 High Pressure Tips, Titan's 696-series high-pressure airless spray-tip family for demanding commercial and industrial coating work. Titan positions High Pressure technology for better performance at high pressures, with tips optimized for the heaviest coatings, consistent fan-pattern width and uniform paint thickness through tip life. Current Titan accessories documentation rates the 696-XXX High Pressure Tip family to a maximum working pressure of 7,700 PSI (53.1 MPa). Correct selection still requires matching the coating, fan width, orifice, flow requirement, sprayer capacity and pressure rating of the complete spray system.
Understanding Titan High Pressure Tip Ratings
Titan's current accessories documentation identifies 696-XXX High Pressure Tips with a maximum working pressure of 7,700 PSI / 53.1 MPa. That specification applies to the documented tip family; it does not raise the working-pressure rating of the sprayer, spray gun, tip guard, hose, whip hose, manifold, adapter or fitting used with it.
Choose the Correct Titan 696 High Pressure Tip
A Titan 696 tip should be selected from the complete application requirement—not from the three-digit tip size alone. Use the sequence coating/application + desired fan width + orifice + required material flow + sprayer output + maximum supported tip size + operating pressure + gun/guard + hose/fittings + exact 696-series part number.
Two 696 tips can have the same fan-width group but substantially different orifices and flow requirements. For example, Titan documents both 696-517 and 696-543 in the 10–12-inch fan group, but their orifices are 0.017 and 0.043 inch respectively. The larger tip requires dramatically more fluid delivery.
Titan 696 High Pressure Tip Size Chart
Titan's current accessories chart identifies the following 696-series high-pressure tip sizes, fan-width groups, orifices and nominal flow rates. Titan calculates the published flow values at 2,000 PSI using water; actual coating delivery depends on material properties and operating conditions.
| Titan Part Number | Tip Size | Fan Width | Orifice | Flow GPM | Flow LPM | Selection Consideration |
|---|---|---|---|---|---|---|
| 696-211 | 211 | 4–6 in. / 102–152 mm | .011 in. | 0.13 | 0.45 | Narrow fan; verify coating recommendation |
| 696-213 | 213 | 4–6 in. / 102–152 mm | .013 in. | 0.18 | 0.68 | Confirm coating and machine capacity |
| 696-315 | 315 | 6–8 in. / 152–203 mm | .015 in. | 0.24 | 0.91 | Verify required material flow |
| 696-317 | 317 | 6–8 in. / 152–203 mm | .017 in. | 0.31 | 1.17 | Check sprayer maximum tip size |
| 696-319 | 319 | 6–8 in. / 152–203 mm | .019 in. | 0.39 | 1.47 | Higher output requirement |
| 696-321 | 321 | 6–8 in. / 152–203 mm | .021 in. | 0.47 | 1.78 | Verify pump output |
| 696-323 | 323 | 6–8 in. / 152–203 mm | .023 in. | 0.57 | 2.15 | Verify coating and output requirement |
| 696-325 | 325 | 6–8 in. / 152–203 mm | .025 in. | 0.67 | 2.53 | Confirm machine capability |
| 696-415 | 415 | 8–10 in. / 203–254 mm | .015 in. | 0.24 | 0.91 | Medium fan; verify coating |
| 696-417 | 417 | 8–10 in. / 203–254 mm | .017 in. | 0.31 | 1.17 | Confirm required output |
| 696-419 | 419 | 8–10 in. / 203–254 mm | .019 in. | 0.39 | 1.47 | Check maximum supported tip |
| 696-515 | 515 | 10–12 in. / 254–305 mm | .015 in. | 0.24 | 0.91 | Broad fan with moderate flow |
| 696-517 | 517 | 10–12 in. / 254–305 mm | .017 in. | 0.31 | 1.17 | Verify coating and output |
| 696-519 | 519 | 10–12 in. / 254–305 mm | .019 in. | 0.39 | 1.47 | Higher flow than 517 |
| 696-521 | 521 | 10–12 in. / 254–305 mm | .021 in. | 0.47 | 1.78 | Confirm machine output |
| 696-523 | 523 | 10–12 in. / 254–305 mm | .023 in. | 0.57 | 2.15 | Verify max tip size |
| 696-525 | 525 | 10–12 in. / 254–305 mm | .025 in. | 0.67 | 2.53 | Increased fluid requirement |
| 696-527 | 527 | 10–12 in. / 254–305 mm | .027 in. | 0.78 | 2.95 | Confirm coating and pump capacity |
| 696-531 | 531 | 10–12 in. / 254–305 mm | .031 in. | 1.03 | 3.89 | High fluid-output requirement |
| 696-535 | 535 | 10–12 in. / 254–305 mm | .035 in. | 1.32 | 4.99 | Requires high-output equipment |
| 696-537 | 537 | 10–12 in. / 254–305 mm | .037 in. | 1.40 | 5.29 | Verify high-output machine capability |
| 696-543 | 543 | 10–12 in. / 254–305 mm | .043 in. | 1.99 | 7.52 | Large-orifice/high-output selection |
| 696-627 | 627 | 12–14 in. / 305–356 mm | .027 in. | 0.78 | 2.95 | Wide fan; verify machine output |
| 696-721 | 721 | 14–16 in. / 356–406 mm | .021 in. | 0.47 | 1.78 | Wide coverage; verify application |
| 696-835 | 835 | 16–18 in. / 406–457 mm | .035 in. | 1.32 | 4.99 | Wide fan plus high flow |
| 696-839 | 839 | 16–18 in. / 406–457 mm | .039 in. | 1.64 | 6.20 | Verify high-output equipment |
| 696-923 | 923 | 18–20 in. / 457–508 mm | .023 in. | 0.57 | 2.15 | Very wide fan; confirm application |
How to Read a Titan 696 High Pressure Tip Number
Titan's 696 chart uses three-digit tip sizes to identify a documented fan-width group and nominal orifice. The final two digits correspond to the nominal orifice diameter in thousandths of an inch; the first digit identifies the fan-width group represented in Titan's chart.
0.015 in. orifice
0.24 GPM published flow
0.017 in. orifice
0.31 GPM published flow
0.035 in. orifice
1.32 GPM published flow
0.043 in. orifice
1.99 GPM published flow
The 517, 535 and 543 examples illustrate why fan width alone cannot determine equipment suitability. They occupy the same documented 10–12-inch fan group, but Titan's water-flow chart rises from 0.31 GPM for the .017 orifice to 1.99 GPM for the .043 orifice.
Titan High Pressure Orifice, Flow & Sprayer Capacity Guide
Titan publishes the following nominal flow values for the orifices in its current 696 High Pressure Tip chart. The manufacturer calculates these values at 2,000 PSI using water, so use them as selection data rather than a guarantee of flow with a specific coating.
| Orifice | Titan Flow GPM | Titan Flow LPM | Representative 696 Size | Equipment Consideration |
|---|---|---|---|---|
| .011 | 0.13 | 0.45 | 696-211 | Verify coating recommendation |
| .013 | 0.18 | 0.68 | 696-213 | Verify coating and output |
| .015 | 0.24 | 0.91 | 696-315 / 415 / 515 | Confirm machine tip capacity |
| .017 | 0.31 | 1.17 | 696-317 / 417 / 517 | Confirm required flow |
| .019 | 0.39 | 1.47 | 696-319 / 419 / 519 | Verify output reserve |
| .021 | 0.47 | 1.78 | 696-321 / 521 / 721 | Check maximum supported tip |
| .023 | 0.57 | 2.15 | 696-323 / 523 / 923 | Confirm pump capacity |
| .025 | 0.67 | 2.53 | 696-325 / 525 | Higher material demand |
| .027 | 0.78 | 2.95 | 696-527 / 627 | Verify high-output capability |
| .031 | 1.03 | 3.89 | 696-531 | High-output sprayer required |
| .035 | 1.32 | 4.99 | 696-535 / 835 | Verify machine output and pressure |
| .037 | 1.40 | 5.29 | 696-537 | High-output application |
| .039 | 1.64 | 6.20 | 696-839 | Verify complete system |
| .043 | 1.99 | 7.52 | 696-543 | Large-orifice/high-output equipment |
Which Coatings Are Titan High Pressure Tips Designed For?
Titan positions its High Pressure tip technology as optimized to spray the heaviest coatings in commercial and industrial applications. Titan's broader protective-coatings equipment literature covers demanding materials such as high-solids protective coatings, mastics, elastomerics and other heavy industrial materials.
That equipment-level material guidance should not be interpreted as approval for every coating through every 696 tip. Start with the coating manufacturer's required tip/orifice range, then confirm the 696 size, sprayer output, pressure capability and complete fluid-path configuration.
Titan 696 High Pressure Tips vs 697 Line Striping Tips
Titan maintains these as separate spray-tip technologies. A 696 High Pressure Tip should not be categorized as a dedicated line-striping tip simply because both technologies are used in professional airless systems.
| Family | Titan Positioning | Primary Selection Objective |
|---|---|---|
| 696-XXX High Pressure | Better performance at high pressures; optimized for the heaviest coatings | Heavy-coating/high-pressure commercial and industrial spraying |
| 697-XXX Line Striping | Dedicated striping technology with consistent line width and uniform film build | Sharp, controlled line patterns for striping applications |
Titan 696 High Pressure vs 695 Reversible vs 697 Line Striping vs 330 HEA
| Series | Technology | Primary Positioning | Selection Focus |
|---|---|---|---|
| 330-Series | TR1 HEA | Lower-pressure High Efficiency Airless architectural spraying | Finish, fan, orifice and machine capability |
| 695-Series | TR1 Reversible | Standard reversible airless-tip family | Fan width, orifice, flow and sprayer capacity |
| 696-Series | High Pressure | Heavy coatings and high-pressure commercial/industrial work | Coating, flow, machine capacity and system pressure ratings |
| 697-Series | Line Striping | Dedicated striping patterns | Line width, orifice, film build and striping equipment |
Titan High Pressure Gun, Guard, Hose & Sprayer Requirements
High-pressure tip selection must account for the complete fluid path. A compatible tip interface alone does not establish that the complete system is suitable.
Verify maximum operating pressure, fluid output and maximum supported tip size.
Verify the gun's maximum working pressure and approved tip/guard configuration.
Verify interface and pressure rating for the intended configuration.
Verify maximum working pressure for every hose in the fluid path.
Verify the working-pressure rating of adapters, fittings, swivels and manifolds.
Follow the coating manufacturer's tip-size and application recommendations.
Matching 696 Tips to Titan High-Pressure Equipment
Titan manufactures protective-coating sprayers with substantially different pressure, output and maximum-tip capabilities. For example, Titan's Hydra X family includes configurations engineered for high-output and high-pressure coating work, but individual Hydra X models do not share identical pressure, flow or maximum-tip specifications.
Use the machine's exact model specification—not merely the Hydra, Hydra X or PowrCoat family name—to determine whether it can support the selected 696 tip. The machine's maximum tip size, fluid output and pressure rating must all be checked before treating a 696 size as suitable.
When Should You Replace a Titan High Pressure Tip?
Inspect the tip when the fan pattern loses definition, spray width changes, film build becomes uneven or material consumption increases. Tip wear changes the effective spray characteristics and can make it harder to maintain the intended finish. High-pressure capability does not eliminate normal tip wear; replacement should be based on spray performance and the manufacturer's inspection guidance rather than an invented universal service interval.
How to Order the Correct Titan 696 High Pressure Tip
- Identify the coating and its manufacturer's recommended tip/orifice range.
- Determine the required fan width.
- Determine the required orifice.
- Compare the required material flow with Titan's published flow data.
- Confirm the sprayer's fluid output and maximum supported tip size.
- Confirm the required operating pressure.
- Verify the gun, guard, hose, fittings and other component pressure ratings.
- Locate the manufacturer-listed Titan 696 size.
- Verify the exact current Titan part number.
- Check documented supersession or current-status information when replacing an older tip.
- Order only after the complete application and system requirements are verified.
Matching a three-digit tip size or physical tip shape does not establish complete system compatibility.
Compare Titan Airless Spray Tip Technologies
Compare the application, pressure requirements, fan width, orifice and equipment capability before selecting a Titan tip family.
The safest purchasing sequence is coating + fan width + orifice + required flow + sprayer capacity + operating pressure + gun/guard + hose/fittings + exact 696-series part number. For example, Titan documents 696-517 and 696-543 in the same 10–12-inch fan group, yet their published water-flow values are 0.31 and 1.99 GPM respectively. The same fan-width group can therefore impose dramatically different pump-output requirements.
FAQ Section
Use these answers to narrow the correct Titan 696 High Pressure Tip before ordering.
How do I choose the correct Titan 696 high-pressure tip size?Start with the coating manufacturer's recommended orifice, then choose the required fan width. Compare that combination with Titan's current 696 chart and published flow data. Confirm that the sprayer supports the selected tip size and required output, then verify the operating-pressure limits of the sprayer, gun, guard, hose, fittings and complete system before ordering the exact 696-series part number.
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What does a Titan 696-517 or 696-535 tip number mean?Titan's current 696 chart places both 517 and 535 in the 10–12-inch fan-width group. The 517 uses a 0.017-inch orifice with Titan's published water flow of 0.31 GPM, while the 535 uses a 0.035-inch orifice with published water flow of 1.32 GPM. The shared fan-width group does not mean the tips have the same material-flow or equipment requirements.
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What pressure can a Titan TR1 High Pressure tip safely handle?Titan's current accessories documentation lists the 696-XXX High Pressure Tip family at a maximum working pressure of 7,700 PSI (53.1 MPa). This does not authorize the rest of the spray system to operate at that pressure. The actual system limit is the rating of the lowest-rated pressure-bearing component, including the sprayer, gun, guard, hose, fittings and adapters.
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Can my sprayer, gun and hose safely use a Titan 696 high-pressure tip?Only after the complete configuration is verified. Confirm the sprayer's maximum operating pressure, maximum supported tip size and fluid output; the spray gun and guard ratings; and the working-pressure ratings of every hose, whip, fitting, manifold and adapter. Tip fit or matching brand alone does not establish safe compatibility.
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What is the difference between Titan 696 High Pressure, 695 Reversible and 697 Line Striping tips?Titan positions the 696 High Pressure family for better performance at high pressures and the heaviest coatings. The 695 family is Titan's standard reversible airless-tip family, while the 697 family is dedicated to line-striping applications with consistent line width and uniform film build. Select the family according to the coating, application, required pattern and equipment rather than treating the series as interchangeable.
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