Shop Genuine OEM Titan TR1 HEA Tips
Shop genuine OEM Titan TR1 HEA tips, Titan's 330-series High Efficiency Airless reversible spray-tip technology for lower-pressure architectural spraying. Titan optimizes HEA to spray architectural paints and coatings at approximately 1,000 PSI at production speed and documents up to 55% less overspray, a feathered-edge fan, reduced trigger kickback and less pressure-related pump stress. Select Titan HEA tips by coating requirement, fan width, orifice, sprayer output and the applicable gun/guard configuration.
Choose the Correct Titan TR1 HEA Tip
Choosing HEA technology is only the first step. The correct tip must match the coating + desired fan width + orifice + required flow + sprayer output/capacity + gun/guard configuration + exact 330-series ordering number.
Two TR1 HEA tips are not interchangeable simply because both use High Efficiency Airless technology. Changing the fan-width group changes coverage, while changing the orifice changes material-flow requirements. Always verify that the coating recommendation and sprayer capacity support the selected size.
Titan TR1 HEA Tip Size & Part Number Guide
Titan's manufacturer HEA size matrix identifies the family as 330-XXX. The chart below uses Titan's documented HEA sizes, fan-width groups and orifices. Because packaged ordering numbers and suffixes can change, confirm the current manufacturer ordering number when replacing an older tip.
| Titan HEA Family | Tip Size | Fan Width | Orifice | Titan Application Positioning | Buying Consideration |
|---|---|---|---|---|---|
| 330-XXX | 211 | 4–6 in. / 102–152 mm | 0.011 in. | Architectural paints & coatings | Narrow fan; verify coating recommendation |
| 330-XXX | 213 | 4–6 in. / 102–152 mm | 0.013 in. | Architectural paints & coatings | Larger orifice than 211 |
| 330-XXX | 311 | 6–8 in. / 152–203 mm | 0.011 in. | Architectural paints & coatings | Verify coating and required flow |
| 330-XXX | 313 | 6–8 in. / 152–203 mm | 0.013 in. | Architectural paints & coatings | Confirm sprayer output |
| 330-XXX | 411 | 8–10 in. / 203–254 mm | 0.011 in. | Architectural paints & coatings | Wider fan with smaller orifice |
| 330-XXX | 413 | 8–10 in. / 203–254 mm | 0.013 in. | Architectural paints & coatings | Match coating to orifice |
| 330-XXX | 415 | 8–10 in. / 203–254 mm | 0.015 in. | Architectural paints & coatings | Verify pump capacity |
| 330-XXX | 417 | 8–10 in. / 203–254 mm | 0.017 in. | Architectural paints & coatings | Higher flow requirement |
| 330-XXX | 421 | 8–10 in. / 203–254 mm | 0.021 in. | Architectural paints & coatings | Confirm machine supports larger orifice |
| 330-XXX | 515 | 10–12 in. / 254–305 mm | 0.015 in. | Architectural paints & coatings | Broad production fan |
| 330-XXX | 517 | 10–12 in. / 254–305 mm | 0.017 in. | Architectural paints & coatings | Titan uses 517 in its HEA/standard comparison |
| 330-XXX | 519 | 10–12 in. / 254–305 mm | 0.019 in. | Architectural paints & coatings | Verify higher-flow requirement |
| 330-XXX | 521 | 10–12 in. / 254–305 mm | 0.021 in. | Architectural paints & coatings | Confirm maximum supported tip size |
| 330-XXX | 615 | 12–14 in. / 305–356 mm | 0.015 in. | Architectural paints & coatings | Wide fan; verify application |
| 330-XXX | 617 | 12–14 in. / 305–356 mm | 0.017 in. | Architectural paints & coatings | Wide fan plus increased flow |
| 330-XXX | 619 | 12–14 in. / 305–356 mm | 0.019 in. | Architectural paints & coatings | Verify coating and machine output |
| 330-XXX | 621 | 12–14 in. / 305–356 mm | 0.021 in. | Architectural paints & coatings | Verify adequate pump output |
How to Read a Titan HEA Tip Number
Titan's HEA size matrix groups three-digit tip sizes by fan width and orifice. The final two digits correspond to the nominal orifice diameter in thousandths of an inch, while the first digit identifies the applicable fan-width group in Titan's HEA chart.
Larger orifices generally require greater material output from the sprayer. Fan width and orifice therefore need to be evaluated together rather than selecting a tip from only one dimension.
How Titan High Efficiency Airless Technology Works
Titan developed TR1 HEA as low-pressure airless tip technology for architectural paints and coatings. The manufacturer optimizes the technology to spray at approximately 1,000 PSI at production speed, putting more paint where it belongs while reducing pressure-related spray losses.
Titan documents an overspray reduction of up to 55% with its HEA technology.
Designed for consistent coverage with a more forgiving pattern and fewer tails and holidays.
Lower spraying pressure reduces pressure-related stress and extends time between repacks.
Titan documents less kickback when the gun is triggered for improved operator control.
Titan also states that TR1 HEA provides two times the life of a standard reversible tip and works with industry-standard gun guards. Actual service life still varies with coating abrasiveness, operating conditions, pressure, cleaning and use.
Why Titan Lists 1,000 PSI and 5,000 PSI for TR1 HEA Tips
Titan optimizes HEA to spray architectural paints and coatings at approximately 1,000 PSI at production speed.
This is the maximum working-pressure rating of the HEA tip, not Titan's intended normal HEA spraying pressure.
The 5,000 PSI rating should not be interpreted as evidence that HEA is primarily a high-pressure or heavy-industrial-coating tip. The complete spray system must remain within the pressure rating of every component and is limited by its lowest-rated pressure-bearing component.
Titan TR1 HEA vs Standard Reversible Spray Tips
| Comparison | Titan TR1 HEA | Standard Reversible Tip |
|---|---|---|
| Technology | High Efficiency Airless low-pressure technology | Conventional reversible airless-tip technology |
| Titan HEA pressure concept | Optimized around 1,000 PSI at production speed | HEA-specific 1,000 PSI claim does not apply |
| Fan characteristic | Feathered-edge, more forgiving pattern | Depends on the standard tip family and operating conditions |
| Overspray | Titan states up to 55% less overspray | HEA-specific reduction claim does not apply |
| Pump stress | Reduced through lower-pressure operation | Depends on operating pressure and application |
| Trigger kickback | Titan documents less kickback | Depends on pressure, gun and operating conditions |
| Tip-life claim | Titan states 2× standard reversible-tip life | Reference baseline for Titan's HEA comparison |
| Selection | Coating + fan + orifice + machine output | Coating + fan + orifice + machine output |
HEA is not automatically the correct technology for every airless application. Select the tip technology according to the coating, required finish, production requirements and equipment capability.
Titan TR1 HEA Gun Guard & Sprayer Compatibility
Titan states that TR1 HEA tips work with industry-standard gun guards. Guard fit is only one part of correct tip selection and should not be interpreted as a statement that every HEA size is suitable for every airless sprayer.
Confirm the gun uses an appropriate industry-standard guard and that all components are correctly installed.
Confirm the machine supports the selected orifice and has adequate output for the required material flow.
Confirm that the coating manufacturer's recommended tip range includes the selected orifice and application conditions.
When Should You Replace a Titan HEA Tip?
Inspect or replace the tip when the spray pattern loses definition, coverage becomes inconsistent, material consumption increases or maintaining the intended finish becomes difficult. Wear at the precision orifice changes spray performance over time. Titan states that TR1 HEA provides two times the life of a standard reversible tip, but actual service life depends on coating abrasiveness, operating conditions, pressure, cleaning practices and frequency of use.
How to Order the Correct Titan TR1 HEA Tip
- Identify the coating and check the coating manufacturer's recommended tip range.
- Determine the required spray fan width.
- Determine the appropriate orifice.
- Check the sprayer's maximum supported tip size and available output.
- Confirm the spray gun and guard configuration.
- Locate the corresponding size in Titan's HEA matrix.
- Verify the exact current 330-series manufacturer ordering number.
- Check documented replacement or supersession information when replacing an older number.
- Order only after the coating, tip size, equipment capability and manufacturer part number are confirmed.
Physical similarity, matching brand name or identical three-digit tip sizes alone do not establish complete compatibility.
Compare Titan Airless Spray Tip Options
TR1 HEA is one technology within Titan's broader airless spray-tip system. Compare the required operating technology, fan width, orifice and equipment capability before ordering.
The safest purchasing method is coating + fan width + orifice + sprayer capacity + gun/guard + exact current Titan 330-series ordering number. Choosing “HEA” alone is not sufficient because individual HEA sizes produce different fan widths and require different material flow.
FAQ Section
Use these answers to narrow the correct Titan TR1 HEA tip before ordering.
How do I choose the correct Titan TR1 HEA tip size?Start with the coating manufacturer's recommended orifice, then choose the fan width required for the surface. Compare that combination with Titan's HEA size matrix and confirm that your sprayer supports the selected orifice and required output. Finally, verify the gun/guard configuration and exact current Titan 330-series ordering number.
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What does a Titan HEA tip number such as 517 mean?Titan's HEA size matrix places 517 in the 10–12 inch fan-width group with a 0.017-inch orifice. The final two digits correspond to the nominal orifice in thousandths of an inch, while the first digit identifies the applicable fan-width group. Use Titan's size chart rather than the number alone when selecting a tip.
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Why does Titan say HEA is optimized at 1,000 PSI but rated to 5,000 PSI?Approximately 1,000 PSI describes Titan's optimized HEA spraying concept for architectural paints and coatings at production speed. The 5,000 PSI figure is the tip's maximum working-pressure rating. It is a component limit, not Titan's intended normal HEA spraying pressure, and it does not increase the pressure rating of the sprayer, gun, hose or other components.
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Will a Titan TR1 HEA tip work with my airless sprayer and gun guard?Titan states that TR1 HEA works with industry-standard gun guards, but guard fit does not establish complete sprayer compatibility. The sprayer must still support the selected orifice, required output and operating conditions. Confirm the sprayer, gun, guard and coating requirements before use.
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What is the difference between Titan TR1 HEA and a standard reversible spray tip?TR1 HEA is Titan's High Efficiency Airless low-pressure technology optimized around 1,000 PSI for architectural paints and coatings. Titan documents a feathered-edge fan, up to 55% less overspray, reduced trigger kickback and two times the life of a standard reversible tip. Standard reversible tips use a different operating concept, so selection should be based on the coating, required finish, production needs and equipment.
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