Garlock PS-Lip Gylon - Order here at Oil-Seal Stocks!
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Garlock PS-Lip Gylon®

Garlock PS-Lip Gylon®
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Product Product Id Type Garlock Number Inside Diameter Outer Diameter Height Material Color Stock Price
29643 Garlock PS-LIP Seal MEC01-10733 340 370 1 GYLON White 0   € 827,75 Details Quote
29642 Garlock PS-LIP Seal MEC01-11273 330 360 1 GYLON White 0   € 687,58 Details Quote
29641 Garlock PS-LIP Seal MEC01-11201 320 350 1 GYLON White 0  
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29640 Garlock PS-LIP Seal MEC01-10814 310 330 1 GYLON White 0  
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29639 Garlock PS-LIP Seal MEC01-11049 300 325 1 GYLON White 0   € 522,96 Details Quote
29638 Garlock PS-LIP Seal MEC01-10811 295 325 1 GYLON White 0  
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29637 Garlock PS-LIP Seal MEC01-11309 290 315 1 GYLON White 0   € 506,94 Details Quote
29636 Garlock PS-LIP Seal MEC01-11308 280 305 1 GYLON White 0   € 490,59 Details Quote
29635 Garlock PS-LIP Seal MEC01-11036 272 288 1 GYLON White 0   € 307,02 Details Quote
29634 Garlock PS-LIP Seal MEC01-10188 270 295 1 GYLON White 0   € 474,40 Details Quote
29633 Garlock PS-LIP Seal MEC01-11000 264 284 1 GYLON White 0  
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29632 Garlock PS-LIP Seal MEC01-10602 260 285 1 GYLON White 0   € 458,21 Details Quote
29631 Garlock PS-LIP Seal MEC01-11122 245 270 1 GYLON White 0   € 433,92 Details Quote
29630 Garlock PS-LIP Seal MEC01-10591 240 268 1 GYLON White 0  
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29629 Garlock PS-LIP Seal MEC01-11301 223 235 1 GYLON White 0  
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29628 Garlock PS-LIP Seal MEC01-11241 220 245 1 GYLON White 0   € 393,47 Details Quote
29627 Garlock PS-LIP Seal MEC01-11193 220 245 1 GYLON White 0   € 393,47 Details Quote
29626 Garlock PS-LIP Seal MEC01-10484 210 235 1 GYLON White 0   € 377,09 Details Quote
29625 Garlock PS-LIP Seal MEC01-10758 210 230 1.6 GYLON White 0  
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29624 Garlock PS-LIP Seal MEC01-11155 205 255 1 GYLON White 0  
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29623 Garlock PS-LIP Seal MEC01-11195 200 232 1 GYLON White 0   € 464,76 Details Quote
29622 Garlock PS-LIP Seal MEC01-11240 200 230 1 GYLON White 0  
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29621 Garlock PS-LIP Seal MEC01-10915 180 210 1 GYLON White 0   € 344,22 Details Quote
29620 Garlock PS-LIP Seal MEC01-10666 180 205 1 GYLON White 0   € 328,54 Details Quote
29619 Garlock PS-LIP Seal MEC01-10785 180 200 0.8 GYLON White 0  
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29618 Garlock PS-LIP Seal MEC01-11202 179 199 1.6 GYLON White 0  
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29617 Garlock PS-LIP Seal MEC01-11137 170 210 1 GYLON White 0  
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29616 Garlock PS-LIP Seal MEC01-11181 170 210 0.8 GYLON White 0   € 410,69 Details Quote
29615 Garlock PS-LIP Seal MEC01-10634 170 200 1 GYLON White 0   € 376,40 Details Quote
29614 Garlock PS-LIP Seal MEC01-10922 165 190 1 GYLON White 0  
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Composition and construction of the PS-Lip

In practice, the PS-Lip is often used as a set: the dynamic GYLON® sealing lip forms the sealing point on the shaft, while a static sealing element (depending on the design) supports the fit to the housing/bore. The core of the solution is the lip itself: GYLON® is modified PTFE, selected for its combination of low friction, high chemical resistance, and a wide temperature range. Because PTFE lip seals derive much of their performance from interaction with the counterface, the quality of the shaft and the finish of the counterface are particularly important. Think of surface roughness, hardness, and avoiding spiral machining marks that in certain situations can cause unwanted “pumping” effects and leakage.

Applications: why choose it?

The Garlock® PS-Lip becomes relevant when conventional elastomer radial shaft seals (such as NBR or FKM) do not offer enough margin under heavier operating conditions. This can be the case at higher circumferential speeds, (medium) high pressure, higher temperatures, aggressive chemistry, or when abrasive particles are present that accelerate wear of an elastomer lip. In processes with vacuum or changing operating conditions, a PTFE/GYLON lip can also be a more reliable choice, precisely because the material is less sensitive to chemical attack and can operate with relatively low friction build-up. In sectors such as (petro)chemicals, general industry, and, with the right material choice, food/pharma, the PS-Lip is therefore often used to reduce leakage risk, increase service life, and extend maintenance intervals, without immediately having to move to more complex sealing concepts.

Materials: which variants can you choose and what are they good for?

Within the PS-Lip family you can choose from various GYLON® lip materials, each with its own “accent.” A commonly used standard variant is GYLON® Black, which is particularly strong in lubricated applications and is known for its wear resistance. For applications with higher hygiene requirements or where food/pharma compliance plays a role, variants such as GYLON® White and GYLON® Blue are used. White is aimed at food-contact environments and is suitable when you are looking for a combination of chemical resistance and hygienic applicability. Blue is often chosen when extra flexibility and recovery are important, for example under changing operating conditions or when you want relatively favorable properties for (partial) dry running. For media with clear abrasion, such as slurries or processes with solid particles, more specific variants are available. GYLON® MS (with MoS₂) was developed with abrasive applications in mind and improved wear resistance, while GYLON® Brown-White has a dual construction that is particularly interesting when abrasion and hygiene requirements come together. Finally, there is a variant such as GYLON® F (with econol/polyimide), which is often mentioned in the context of vacuum and (partial) dry-running conditions, where low friction and controlled wear under limited lubrication are important. In practice, it is wise to link material choice to the dominant load: is it primarily chemistry, primarily temperature, primarily (partial) dry running, or primarily abrasion?

Material table

Material

Temp range (guideline)

Key properties

GYLON® Black (graphite)

approx. -90 °C to +260 °C

Strong in lubricated applications, wear-resistant, low friction, broad chemical resistance.

GYLON® White (barium sulfate)

approx. -90 °C to +260 °C

Food-grade focus (typical for food/pharma), good chemical resistance, suitable for changing processes; in some cases can handle limited dry running.

GYLON® Blue (glass microspheres)

approx. -90 °C to +260 °C

Flexible / high recovery, favorable with misalignment/runout, good properties under (partial) dry running, also often chosen in hygienic environments.

GYLON® Brown-White (dual layer)

approx. -90 °C to +260 °C

Developed for abrasive media in combination with hygiene requirements; dual construction supports wear and heat management, stable sealing under particle load.

GYLON® F (econol/polyimide)

approx. -90 °C to +260 °C

Strong in vacuum and dry-running situations; low friction, controlled wear under limited lubrication.

GYLON® MS (MoS₂)

approx. -90 °C to +260 °C

Further optimized for abrasion; high wear resistance in solid-particle/slurry environments.

Choosing the right size and the right material (including standards and tolerances)

Choosing the right PS-Lip starts with the basic dimensions: shaft diameter, housing/bore diameter, and the available width. Because this is a loose lip that must fit into your own design, fits and tolerances are decisive for installation security and leak tightness. Therefore, work from a clear tolerance framework (such as ISO fit systems) and ensure your design allows for a stable press fit and a reliable static seal to the bore. For pressure applications it is not only important to look at maximum pressure, but also at the combination of pressure and speed (p×v), because that directly affects heat generation and wear of the lip. Another aspect that weighs more heavily for PTFE/GYLON lips than for many elastomer lip seals is the quality of the counterface: roughness, hardness, and machining marks largely determine whether the lip “runs in” smoothly and seals stably or wears faster and tends to leak. Material selection then follows logically from the application profile: food/pharma calls for materials that match compliance requirements, vacuum or limited lubrication calls for lip materials with good dry-running properties, and abrasive media call for wear-optimized variants. If you combine those choices with correct fits and a good counterface, you get a PS-Lip solution that in practice comes much closer to “high-performance” behavior than a standard elastomer radial shaft seal.

In summary, the Garlock PS-Lip Gylon® is a loose lip designed for Garlock PS seals. Made from high-performance Gylon material, these seals offer exceptional sealing capabilities and are ideal for applications that require resistance to chemicals and corrosive environments. With Garlock's reputation for quality and reliability, the PS-Lip Gylon® provides the security and peace of mind you need for your sealing requirements.

If you would like more information about Garlock PS-lip Gylon or if you do not know which Garlock PS-lip Gylon you should have, please feel free to contact us.

FAQ

Is the Garlock PS-Lip the same as a PS-SEAL?

No. A PS-SEAL is typically a complete (ready-to-mount) unit. The PS-Lip is the loose, preformed lip (construction) that you use in your own housing/design.

What is the temperature range of the PS-Lip (GYLON®)?

GYLON® (modified PTFE) is known for a wide temperature range. In practice, you should always take into account additional temperature from frictional heat, especially at higher speeds.

Can I use the PS-Lip under pressure?

You can, but the limit depends on the design and application details. Don’t look only at pressure, but also at p×v, retention/fixation, and heat generation.

Which lip materials are suitable for food/pharma?

Choose materials that explicitly match food-contact and compliance requirements. In practice, the “food-grade” variants are often used for this (such as White/Blue and some special compounds).

Why is the counterface so important for PTFE/GYLON lip seals?

Because lip performance strongly depends on roughness, hardness, and machining marks. A poor counterface can cause leakage or accelerated wear, even if you choose the right lip material.

How do I determine the right size and fit?

Start with shaft and bore dimensions and then design the fits and tolerances according to an ISO-like tolerance framework. Make sure the press fit, the static seal, and the installation method match your pressure, speed, and service requirements.


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