Frequently Asked Questions

Where do I find the Parker tube fitting and adapter catalog?
The Parker Industrial Tube Fittings, Adapters and Tube Fabrication Equipment Catalog 4300 is located in the Support tab under Literature and Reference Materials on parker.com. It is also linked on each product page under "Product Support."

The online pdf of Catalog 4300 is updated regularly. For easy navigation, the first few pages contain a detailed table of contents with links. Each page also contains a yellow Table of Contents button that will link you back to this detailed table of contents so that you can navigate to other sections.

How do I find a Parker distributor?
Use the Where to Buy tab on parker.com to locate a Parker distributor. You will need to input your address, or even just your zip code, then select product or division and narrow down your product choice from there to find the distributor that carries what you need.

How do I find the Parker division for which a part number belongs?
Once you have found the Parker part number you need, and are on the part number detail screen, the owning division and contact information can be found in the Contact Us area which is at the very bottom of the page. You will need to scroll down to see it.

CAD MODELS
How do I find CAD models for tube fittings and adapters? What type of CAD files do you offer?
Parker Tube Fittings Division offers several CAD model files, including .dwf, .igs, .ipt, .sat, and .stp. Most part numbers also have a .jpg file for quick viewing by anyone. You can find CAD models for Tube Fitting Division tube fittings and adapters in several places.

• You can use the CAD Center to filter by product and build a part number which will then show available CAD model files.
• If you know the Parker part number, you can use the Search bar in the upper right of any parker.com webpage to search.
From here you would choose the product page and see a CAD tab/area displayed in the middle of the page.
• You can also use the Products tab to filter to a product series and build your part number, which will result in the CAD tab/area
with available model files being shown.

Download the file type you would like by clicking on the document with the "download arrow" on it. If you haven't yet registered, it will ask you to register. After you register once, the file and any files you download afterwards, will appear in your downloaded folder on your computer.
There is not a CAD model on the part number page. How do I get a CAD model?
If you are on a Tube Fittings Division part number page and no CAD model files are showing to download, you can request CAD files from us. Email tfd.support@support.parker.com with the part number and CAD file format you need.
Can I get a CAD model for a non-standard part number?
Yes! When you request a quote for the part number, be sure ask for a customer drawing or CAD model of the fitting as well.
Don’t see your question answered here?
We can help! Email us your question at tfd.support@support.parker.com.

INDUSTRY STANDARDS, APPROVALS AND COMPLIANCE
Does the Tube Fittings Division’s fittings and adapters have RoHS and ELV statements?
Yes, you can find our Tube Fittings Division product RoHS and ELV statements here.
Does the Tube Fittings Division have a PBT Substances Statement per EPA's Regulation of Persistent, Bio-accumulative, and Toxic Chemicals Under TSCA Section 6(h)?
Yes, please see the Tube Fittings Division's Declaration of Absence of PBT Substances in Products statement.
Does the Tube Fittings Division’s fittings and adapters have DFAR and COTS Requirements paperwork?
Yes, you can find our Tube Fittings Division’s product DFAR and COTS Requirement paper work here.
Does the Tube Fittings Division have a REACH compliance statement for its tube fittings and adapters?
Yes, please see our Tube Fittings Division Columbus Ohio REACH Statement for details.
What is the CRN declaration for tube fittings and adapters?
See the Tube Fittings CRN Declarations website (Tube Fittings - CRN - Parker Canada) for the documents. The listed CRN declarations identify products that have been accepted and registered for use in the respective province/territory. Only a genuine Parker Hannifin product fabricated by a Parker registered facility has this number.
What standards do your tube fittings and adapters conform to?

I have a SAE number, how do I identify what type of part that number is calling out?
SAE numbers can be long and intimidating. We have outlined how to decode these in our blog post Understanding the Universal Language of SAE Fluid Connector Part Numbers. This post will help you determine the characteristics you need to find the Parker part number in our system part number selector. If you have questions about this or require help, please let us know. Email us at tfd.support@support.parker.com.

We also have SAE base numbers shown on our catalog's product pages. If you know the product type that the SAE number is calling out, you can look within that product section of the Catalog 4300 and see the SAE base number listed above the product tables and under the part description. Using the blog post Understanding the Universal Language of SAE Fluid Connector Part Numbers, you can verify the order of the size call outs in reference to the Parker part number size call outs to ensure you identify the correct sizing for the part number.
Does Parker make AN/ AS tube fittings?
No, Parker tube fittings and adapters conform to SAE, not AN/AS standards. Please see our blog post AN 37-degree Flare vs Industrial 37-degree Flare Fittings: What’s the Difference? which explains the differences between AN and industrial flare fittings. Note: Our fittings can be used for ground support but cannot be used for in-air applications.
Do Tube Fittings Division's tube fittings and adapters meet CE and PED?
TFD products are not required to meet CE and PED. See the EC Directive Pressure Equipment (PED) by 2014/68/EU Statement.

PRESSURE RATINGS
Can I get a higher pressure rated fitting than what is shown in the catalog?
It depends on your application and required design factors. If you classify your application as static, you can multiply our catalog pressure by 1.33 to obtain your static pressure rating using a 3:1 design factor. If something is needed at even higher dynamic pressure, this would have to be quoted. You can contact your local Parker distributor to get a quote. See the Fitting and Adapter Pressure Ratings area of the General Technical section of the Industrial Tube Fittings, Adapters and Tube Fabrication Equipment Catalog 4300 for details on our dynamic and static pressure ratings, what the difference is, the calculations used, tube pressure ratings and more.
What pressure are your parts rated to? Where can I find pressure ratings?
We list the dynamic pressure ratings for our part numbers. You can find the pressure ratings for each part number in the last columns of the part number tables. Our pressure ratings are shown under the corresponding part material (steel, stainless steel, brass) typically as a number that, when noted, will need to be multiplied by 1,000.


Why do Tube Fittings Division's JIC (Triple-Lok 37 degree flare) connections sometimes have a lower pressure rating than Hose Products Division's JIC hose ends?
Hose Products Division (HPD) offers different two different JIC connection series; standard and heavy duty. Which is used depends on the series, and the pressure rating of the mating hose. Low and medium-pressure hoses would be used with the standard series, and high-pressure hoses use the heavy duty design. Some sizes of the heavy duty design deviate from the SAE standard.

TFD offers one standard version, which has lower pressure rating than HPD's heavy duty JIC hose fittings in some sizes. The standard version is sufficient for the majority of the applications where JIC connections are used. Where higher pressure is needed, using O-Ring Face Seal (Seal-Lok) offers more reliable performance than JIC in demanding systems.

If you have an application where you need a JIC connection with a higher pressure rating than what's listed in our catalog, please contact the division.

More information about pressure ratings can be found in the Fitting and Adapter Pressure Ratings area of the General Technical section of the Industrial Tube Fittings, Adapters and Tube Fabrication Equipment Catalog 4300.

OTHER QUESTIONS
What material are your tube fittings and adapters made?
This information is found on the Fitting Materials page of the Appendix section of the Industrial Tube Fittings, Adapters, and Tube Fabrication Equipment Catalog 4300.
What is your standard plating?
Parker Tube Fittings Division's standard plating on our tube fittings and adapters is a proprietary zinc-nickel plating, called ToughShield™ Plus. This plating provides up to 3,000 hours of red rust corrosion resistance per ASTM B117/ISO 9227 neutral salt spray testing. This protects your tube fittings and adapters, as well as against corrosion spread from the fittings to other adjacent larger components (valves, pumps, etc) in your system. To learn more about ToughShield Plus, visit www.toughshield.com.
Do you have tube fittings and adapters for CNG applications?
Yes, we offer Seal-Lok O-ring Face Seal Fittings for CNG applications. Seal-Lok for CNG has been tested and certified by TUV for applicable industry standards. For other answers to frequently questions and more details on this product line, see our Seal-Lok for CNG fittings FAQ Sheet.
Do you have tube fittings and adapters for alternative fuels like CNG, LNG, LPG and H2?
Yes, our Seal-Lok O-ring Face Seal fittings have separate product lines available specific to CNG, LNG, LPG or H2 alternative fuel applications. Please see the Seal-Lok Technology for Alternative Fuels bulletin that details each product line, industry requirements met, suitable applications, and leak-free advantages.
Do you have high pressure compression fittings?
Yes, Parker's Instrumentation Products Division offers single and double ferrule high pressure compression fittings in multiple materials.

The term compression fittings is sometimes used as a "catch-all" for flareless style fittings. High pressure flareless bite-type fittings are available from Parker's Tube Fittings Division in both carbon steel and stainless steel. Unlike compression fittings, these fittings establish a heavy bite into the tube. Parker TFD offers these products for both inch (Ferulok) and metric (EO, EO-2) tube applications. These fittings are also commonly referred to as "flareless," "bite-type," "cutting ring," or "progressive ring" style fittings.

There are also several versions of low pressure brass compression fittings, commonly used for copper and thermoplastic tubes, available from Parker's Fluid Systems Connectors Division.
What are the main differences between ORFS, 37-degree flare and bite type/flareless fittings? Which is best for my system?
There are many factors to consider with fitting types, and a lot of the time there is no one right fitting. Our blog post A Closer Look at O-ring Face Seal, 37-degree Flare, and 24-degree Flareless Fittings details each, discussing sealing, ease of installation, temperature capabilities, resistance to over-assembly, and reusability.
Don’t see your question answered here?
We can help! Email us your question at tfd.support@support.parker.com.

TUBE FITTINGS AND ADAPTER ASSEMBLY & INSTALLATION
How do I assemble tube fittings and adapters? Do you have instructions or videos?
Yes, we have both! Our Tube Fittings, Adapters and Tube Fabrication Equipment Catalog 4300 has an extensive Assembly and Installation instructional section. The on-line catalog is updated regularly and should be your go-to resource for tube fitting and adapter assembly and installation.

🔧 Mobile-friendly assembly torque and turn value tables and instructions and videos are available on our Tube Fittings and Adapter Assembly and Installation Page.

We also have blog posts detailing the final assembly steps – both written out and as a video – whichever you prefer. Below are links to each.

  •  Seal-Lok O-ring Face Seal (ORFS) fitting assembly:
     Assembly Instructions for Ensuring Leak-Free O-ring Face Seal Fittings
  •  FastSeal O-ring Face Seal (ORFS) tube end connection assembly:
     FastSeal Assembly and Installation Instructions
  •  Triple-Lok 37-degree Flare JIC fitting assembly:
     Proper Assembly Steps for 37-degree Flare Fittings Using the Flats Method
  •  Parallel thread adjustable style port end fittings, includes -- SAE straight threads (SAE J1926 / ISO 11926),
     ISO 6149, JIS B2351, BSPP flat face (ISO 1179), and DIN metric flat face (ISO 9974):
     Proper Assembly Steps for Parallel Thread Adjustable Style Port End Fittings
  •  Parallel thread non-adjustable port end assembly, includes -- SAE straight threads (SAE J1926 / ISO 11926),
     ISO 6149, JIS B2351, BSPP flat face (ISO 1179), and DIN metric flat face (ISO 9974):
     Non-Adjustable Parallel Thread Port End Assembly Instructions for Hydraulic Fittings
  •  Tapered thread port assembly, includes -- NPT/NPTF, BSPT, and metric taper:
     Tapered Thread Port Assembly Instructions for Hydraulic Fittings
  •  Tube end preparation for tube fitting connections:
     Tube End Preparation Best Practices for Leak-Free Hydraulic Tube Fitting Connections
How many times can I reassemble a tube fitting or adapter? How do I know if I can reuse my tube fitting or adapter?
Fitting designs have improved significantly over time, making it easier to assemble and reassemble most connections and conduct routine maintenance without increasing leak paths. However, there are two common types of fittings that rank poor for reusability – JIC/37 degree flare and tapered thread pipe fittings. Get the details on what to look for in order to know if you can reassemble your fitting or not in our blog post How Many Times Can I Reassemble a Hydraulic Fitting?
Turns vs torque – does it matter which I use for assembling my fittings?
It does matter. Going over or under the recommendation can lead to leaks, and this can be easily be done if you are using the non-recommended assembly method (and guessing). To get the details on which method is needed for each end style or thread type, including the why and important considerations, see our blog post Turn vs. Torque? How Making the Right Choice Keeps Your Hydraulic Fitting Connections Leak-Free.

You can also use the blog posts and catalog link from the question above to get specific directions and values for assembling.
Do assembly torque values need to be reduced when using softer materials for fitting, tube, or mating components such as brass and aluminum?
Yes, we recommend decreasing your torque values for soft metal materials. These recommendations are noted with the torque value tables for each product end type in the Assembly and Installation section of the Industrial Tube Fittings, Adapters and Tube Fabrication Equipment Catalog 4300. Please note, for fittings using engagement assembly methods ("turns" or "flats"), these values will remain unaffected as reductions only apply to torque assembly methods.
Why are Parker's torque values for tube fittings and adapters different from SAE?
SAE provides torque values for controlled qualification testing to establish compliance to minimum SAE performance requirements. SAE specifications note that the recommended assembly torques can vary by manufacturer. Parker's products will meet or exceed SAE performance requirements when assembled to SAE qualification torques. However, in many cases, Parker's products are able to outperform the SAE performance requirements, and we publish validated assembly torque values/procedures to maximize our published product performance (pressure rating). As a result, Parker publishes validated assembly torques that may be different than the SAE qualification torques.
Where can I find detailed port dimensions?
We have detailed port dimensions in the Port Details area of the General Technical section of the Industrial Tube Fittings, Adapters and Tube Fabrication Equipment Catalog 4300 for the following ports:
  •  ISO 6149-1 (SAE 2244-1/DIN 3852, Part 3)
  •  SAE J1926-1 (ISO 11926-1)
  •  ISO 1179-1
  •  ISO 9974-1
  •  NPTF
  •  BSP
Don’t see your question answered here?
We can help! Email us your question at tfd.support@support.parker.com.

How do I identify what type of thread and size my tube fitting or adapter has?
We offer several tools to help you identify what thread and size your tube fittings and adapters have, see the list below. You can find these in the Equipment section of the Industrial Tube Fittings, Adapters and Tube Fabrication Equipment Catalog 4300.
  •  MIK-1 thread identification kit
  •  Port Boards
  •  ITK

Additionally, (1) our Parker distributors’ ParkerStore locations and field sales support can both help you identify your thread type and size when needed. (2) Use our blog post Four Easy Steps to Identify Hydraulic Threads to train you and your team to identify threads on the jobsite. (3) To augment, you can also use the Fitting End Size Chart in the Appendix of the Industrial Tube Fittings, Adapters, and Tube Fabrication Equipment Catalog 4300 which shows tube fittings and adapter end profiles. This should be used loosely to gage the size of your fitting but is not the most accurate.
I don’t understand the Parker tube fitting and adapter part numbers; is there a breakdown/explanation?
To better understand the nomenclature of our tube fittings and adapters, you can review the How to Order pages in the General Technical section of our Industrial Tube Fittings, Adapters and Tube Fabrication Equipment Catalog 4300. These pages break the part numbers down into sections which will help you decode what each number and letter in the part number means.
I know my fitting end connection types; how do I determine Parker’s corresponding part number? How to configure a tube fitting or adapter?
  •  You can configure a part number on parker.com by drilling down to the part series type, then selecting your criteria (shape, end types and sizes, material, etc).
  •  You can also use the Parker FittingFinder app to configure your part number.
Are all BSPP 60-degree cone fittings interchangeable?
No. There are some important differences to understand about the different BSPP 60-degree cone fittings, which are made of two main styles that conform to either BS 5200 or JIS B8363. Read our blog BSPP 60-degree Cone Fittings: Looks Can Be Deceiving which compares the two styles similarities and differences, as well as the interchangeability.
How do I know what fitting/adapter goes with which metric port? There are many choices of fittings/adapters with the same threads, how do I know which will mate correctly with my metric port?
Our blog post Metric Ports: Which Fitting Goes with Which Metric Port details how to determine what type of metric port you have and what metric fittings mate with those ports. It also discusses the sealing methods for each port so you and your team further can ensure a leak-free connection in your system.
Don’t see your question answered here?
We can help! Email us your question at tfd.support@support.parker.com.

My system has a leak. How do I determine where the source of the leak is, and what specifically is causing the leak to occur?
Identifying the true cause of your system leak is critical. Quick assumptions can often be made based on what is initially seen, however this could lead to the true issue causing the leak being missed, causing more system inefficiencies (and potential damage), downtime and loss of production, and potentially injuries. Knowing that finding the true cause and source of your leak is not always easy, our team of engineers has created several blog posts to help. These will walk you through in detail how to most accurately identify the location and true cause of the leak to ensure it gets fixed probably and doesn’t reoccur. As stated in our posts, it is imperative to use the correct safety measures when locating, troubleshooting and fixing your leaking connection. See our series of detailed troubleshooting leaks posts below. It may also be helpful to read our blog post 10 Things Not to Do When Your Hydraulic Fitting Leaks.

  •  Troubleshooting Fluid System Connection Leaks
  •  Leaking Ports? Troubleshooting for SAE J1926 and ISO 6149 Ports
  •  Troubleshooting Leaks: Fixing a Port End Connection Issue
  •  Troubleshooting Leaks: Fixing a Leak Coming From a Tube or Swivel Nut
  •  Troubleshooting Leaks: Understanding a Leak from a ORFS Braze Sleeve
  •  Troubleshooting Leaks: Understanding Circumferential Tube Cracks
  •  Troubleshooting Leaks: Understanding Longitudinal Tube Cracks

You can also find troubleshooting guide charts for each tube fitting and adapter end and thread type in the Assembly and Installation section of the Industrial Tube Fittings, Adapters and Tube Fabrication Equipment Catalog 4300. You can easily locate the guide you need in the detailed table of contents of the Assembly and Installation section under the specific tube fitting or adapter, or thread, type.
Don’t see your question answered here?
We can help! Email us your question at tfd.support@support.parker.com.

How do I size tube for my system? How does the size of my tube effect the system efficiency?
Systems with properly sized tube will perform efficiently and cost-effectively. Tube that is sized too small or too large will cause system issues that will affect system efficiency. Our blog post Sizing Tube to Maximize Hydraulic System Efficiency details considerations and calculations to use to ensure the correct tube size for your system.
Do you sell inch tubing?
No, we do not sell inch tube. Most of distributors do have sources for inch tube. Contact your local Parker distributor for information.
What is the minimum and maximum wall thickness recommendations for tube fittings and adapters?
Reference our recommended minimum and maximum tube wall thickness chart for tube fittings adapters. The table breaks down the size by inch and metric tube O.D., then by fitting type and tube material. This table is on our Tube Selection Example page in the General Technical section of our Industrial Tube Fittings, Adapters, and Tube Fabrication Equipment Catalog 4300.
What is the temperature rating for different materials of tube? What are the tube derating factors for temperature?
Both the temperature ratings for common tube materials and the tube rerating factors for temperature can be found on the Temperature pages of the General Technical section of our Industrial Tube Fittings, Adapters and Tube Fabrication Equipment catalog.
Are there recommendations for tube line routing?
Yes. We have created guidelines for proper tube line routing to help you ensure an efficient and leak-free system. Taking the time to consider effective and efficient tube line routing is an important up-front investment that will save time and money down the line. Our blog post Tube Routing Tips for Hydraulic, Pneumatic and Lubrication Systems details the guidelines you need, as the most logical routing is not always the correct routing.
Do I need to clamp the tube lines in my system? How do I determine how best to clamp the tube lines?
Yes, clamping your tube lines will ensure your system remains efficient, leak-free and easy to maintain. Properly clamping your tube lines will help with system vibration dampening, reducing system noise, and tube mounting. Each of these topics are discussed in our blog post Best Practices: Tube Line Clamping for Hydraulic, Pneumatic or Lubrication Systems. Also discussed is the recommended clamp spacing and layout for tube lines, as well as selecting a clamp system.
Don’t see your question answered here?
We can help! Email us your question at tfd.support@support.parker.com.

What tube fabrication equipment and tooling do you offer?
We offer tube fabrication equipment and hand tools that flare, flange, preset, bend, cut, and deburr tube. View our available tube fabrication equipment and tooling and hand tools.
How do I know what tooling I need for my tube fabrication equipment?
Tooling will be based on the size of your tube or pipe and your requirements. Our Industrial Tube Fittings, Adapters, and Tube Fabrication Equipment Catalog 4300 lists all our products in the Tube Fabrication Equipment section. To help you easily identify the equipment and tooling needed, we created a web app - www.tfdtoolspec.com. This web app allows you to select your operation type (flare, flange, preset, etc), equipment name, and tube/pipe size. The result will be the equipment and tooling part numbers needed for your job.
Do you have tube fabrication equipment operation manuals or videos? How do I operate my tube fabrication equipment?
Yes, we have both available online. They are available in a few locations for your ease.

  •  You can find our tube fabrication equipment manual and most of our operation videos on our web app www.tfdtoolspec.com.
     Once you select the operation and equipment name, the manual and video will appear if available.
  •  On our Parker Tube Fittings Division Tube Fabrication Equipment Resources website, you can find our available operation videos.
  •  You can also find the manuals for our tube fabrication equipment under the Support tab on www.parker.com/tfd by
     searching for the equipment name under Literature and Reference Material.
  •  On the product pages of parker.com, the equipment part number pages have the manuals linked under the "Product Support" tab.
Do you have instructions for hand tools?
Yes, you can find instructions for our hand tools in the Tube Fabrication Equipment section of our Industrial Tube Fittings, Adapters and Tube Fabrication Equipment Catalog 4300. Many of our hand tools state the instructions on the product page. You will also see a link to these on the tool part number pages on parker.com under the "Product Support" tab.
How do I use porting tools?
In the Appendix of our Industrial Tube Fittings, Adapters, and Tube Fabrication Equipment Catalog 4300, you will find our Recommended Use of Porting Tools instructions on machining precision ports (glands) to DIN 3852-1, SAE J1926-1 (SAE straight thread port) and ISO 6149-1.
Don’t see your question answered here?
We can help! Email us your question at tfd.support@support.parker.com.

TUBE FITTINGS AND ADAPTER O-RING AND SEAL QUESTIONS
On tube fittings and adapters with O-rings or seals, what is your standard material?
The standard O-rings and seals on our tube fittings and adapters are a 90 durometer Nitrile (NBR) O-ring. These O-rings are well suited for most industrial hydraulic and pneumatic systems. They have high extrusion resistance making them suitable for high pressure static applications. The temperature rating for this compound is -30 degrees F to 250 degrees F.
Do you have higher temperature O-rings?
Yes, we do offer an optional higher temperature 90 durometer FKM (fluorocarbon) O-ring. It has a temperature rating of -15 degrees F to 400 degrees F.
How do I request high temperature fluorocarbon O-rings on the tube fittings and adapters?
Yes. By adding FKM at the end of our tube fitting and adapter part numbers. For example: 8 F5OX-S FKM
Do I need to lubricate the O-ring on my fitting prior to assembly?
As a rule of thumb, it does not hurt to lubricate the O-ring all the time. That said, for user convenience, we pre-apply lubrication to some of our O-rings. It’s important to note that customers do not need to lubricate tube side O-rings, such as the O-ring in the face seal of Seal-Lok ORFS fittings. It is recommended to lubricate port side O-rings, such as SAE ORB or ISO 6149 ports. This is because the port side O-rings normally experience a lot of rubbing during installation, and the mating ports can be of a variety of quality. Lubrication will help overcome those variations. You can also read Parker O-ring Division’s blog post How to Lubricate an O-Ring. Please note: that blog post and video is shared for content, but the product shown using the O-rings are not fittings. We feel that there is still some valuable content regardless.
The O-ring on my tube fitting or adapter is damaged. How do I determine what the cause was and how to fix it?
Parker O-ring Division (ORD) has several helpful blog posts focused on diagnosing a damaged O-ring. Some of the issues listed in the blog do not pertain to O-rings on tube fittings or adapters, but many do apply to issues you can see on your fittings and adapters. Below is a list of the blog posts that might be helpful to you:

  •  Diagnosing a Damaged O-ring
  •  Reduce Downtime and Costly Seal Replacements – Seal Failure Diagnosis Part 1
  •  Reduce Downtime and Costly Seal Replacements – Seal Failure Diagnosis Part 2
Do you have extreme temperature seals for your tube fittings and adapters?
Yes, we offer Seal-Lok Xtreme tube fittings and adapters which use the proven leak-free O-ring Face Seal design along with special metal face seals and metal port seals (when applicable). The sealing temperatures are -328 degrees F to 1,200 degrees F (-200 degrees C to 649 degrees C). Seal-Lok Xtreme tube fittings and adapters are suitable for LNG applications and extreme temperatures such as turbines.
How do I choose the proper O-ring material for my application?
There is an O-ring Material Selection guide in the General Technical section our Industrial Tube Fittings, Adapters and Equipment Catalog 4300. This guide will show different media types, temperature ranges, and recommendations.
Do you offer special shaped O-rings for non-tube fitting and adapter applications?
Yes, Parker's O-ring Division does offer many kinds of special O-rings. See their complete product offering here.
Don’t see your question answered here?
We can help! Email us your question at tfd.support@support.parker.com.