Excellent quality for Reinforced PTFE Gasket for French Factories

Modified PTFE gaskets improved performance over conventional PTFE, Reduced product loss and emissions. Excellent bolt torque retention, unique manufacturing process minimizes cold flow problems typical of skived and expanded PTFE Sheets. Withstands a wide range of chemicals for extended service life in a wide variety of applications.

Technical Data Sheet

Application Area

It can be used for mechanical seal, chemical anticorrosion, chemical process vessel seal, machine tool guideways lubrication, bridge construction support slider and various kinds of pipe sealing in high temperature and high corrosive condition.

Request a Demo: https://www.megadyne.com/samples

https://www.megadyne.com/EZClean

Discover how vital pure PTFE is to creating the performance of the E-Z Clean® electrodes. E-Z Clean non-stick electrodes feature a proprietary polytetrafluoroethylene (PTFE) coating that reduces eschar buildup during surgical procedures, enabling surgeons to use lower power settings. Lower power settings mean less thermal necrosis to surrounding tissue and a further reduction in eschar build-up.

E-Z CLEAN PTFE = FASTER SURGERY
Save time and minimize cleaning disruptions during electrosurgery by using Megadyne’s E-Z Clean non-stick tips.

MODIFIED TIP ELECTRODES
HIGHEST PRECISION AND ENHANCED SAFETY FOR CONFINED-SPACE PROCEDURES

https://www.megadyne.com/ez_products.php

Modified tip electrodes are ideal for reducing the risk of alternate site thermal injuries in procedures where space is limited.
• Only 4 mm of the distal tip is exposed thus minimizing the likelihood of alternate site thermal injuries.
• Features new modified PTFE insulation that resists splitting in temperatures beyond 700° F.
• Proprietary E-Z Clean PTFE-coated tips save time by reducing eschar build-up.
• Reduced eschar build-up enables surgeons to use lower power settings.

PROTECTIVE NOSE CONE ELECTRODES
FOR ENHANCED SAFETY IN CONFINED-SPACE AND HIGHMOISTURE PROCEDURES

https://www.megadyne.com/ez_products.php

New protective nose cone electrodes provide patient safety in procedures performed in moisture-rich areas and confined spaces by minimizing the chance of alternate site injuries.
• Protective nose cone reduces risk of inadvertent thermal burns caused by moisture-induced alternate current pathways.
• Minimizes chances of moisture wicking into the hand piece.
• Features new modified PTFE insulation that resists splitting in temperatures beyond 700° F.
• Proprietary E-Z Clean PTFE-coated tips save time by reducing eschar build-up.

E-Z Clean PTFE vs. Stainless Steel
Eschar build-up on stainless steel cautery tips increases electrical resistance, creating the need for higher power settings. But higher power settings make electrosurgery less efficient and potentially more dangerous.
• Stainless steel tips require stopping and starting during procedures to repeatedly scrape off eschar buildup with a scratch pad.
• E-Z Clean PTFE green tips only require a wipe from a damp sponge to clean, thus saving valuable surgeon time and the expense of scratch pads.

E-Z Clean PTFE vs. Silicone
• During higher-power procedures silicone has a tendency to degrade.
• Little or no coating on the edge of a silicone blade causes current to be directed to the edges—thus producing uneven coagulation and varying depths of thermal necrosis.
• E-Z Clean PTFE tips are evenly coated with high-grade PTFE to ensure consistent coagulation.

E-Z Clean PTFE vs. Economy PTFE
E-Z Clean electrodes are coated with pure PTFE, while economy PTFE tips may use filler ingredients like polyurethane (an inexpensive PTFE substitute) to reduce manufacturing cost. In functional testing, economy tips did not perform to the level of Megadyne E-Z Clean electrodes.
• Polyurethane breaks down at temperatures commonly seen in electrosurgery.
• The dangers of polyurethane flaking in the human body are unknown. PTFE has an established patient safety record proven over 25 years.
• When economy PTFE tips flake, they allow eschar buildup, which can slow surgeons down and cost time and money in the OR.

Megadyne, the exclusive manufacturer of E-Z Clean non-stick PTFE Coated Electrosurgery Tips, offers a full line of Electrosurgical Products including:

Mega Power Electrosurgical Generator

https://www.megadyne.com/megapower.php

Mega Vac Smoke Evacuation

https://www.megadyne.com/megavac.php

Mega Soft® Reusable Patient Return Electrodes

https://www.megadyne.com/megasoft.php

Electrosurgical Pencils

https://www.megadyne.com/es_pencils.php

E-Z Clean Laparoscopic Electrodes

https://www.megadyne.com/laparoscopics.php

ACE Blade Cutting System

https://www.megadyne.com/ace.php

Bipolar Forceps

https://www.megadyne.com/bipolar.php

Suction Coagulators

https://www.megadyne.com/suct_coag.php

LLETZ Loop Electrodes

https://www.megadyne.com/lletz_loop.php

Learn more about the E-Z Clean family of electrodes.

https://www.megadyne.com/ez_electrodes.php

Question or Comment? Contact Us!

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These diagrams and tables are intended to help you identify hydraulic thread types and sizes. For more information, refer to Section AC of our current catalog.

For more information or product, view our website. https://www.new-line.com
Or for further assistance you can email us at sales@new-line.com

How To Measure Threads Guide

Video:

Hi. I’m Ian from New-Line Hose and Fittings. One of the most common questions we get on the order desk is – a customer has an adapter, but he’s not sure what the thread is.

So one of the best ways we can identify a thread is, first of all, try to eliminate some options. Take a look at the sealing surface. Is it a tapered thread, like an NPT thread? Does it have an o-ring, like an ORB? Or does it have a flare, like a JIC or some metric fittings? That way, you can first of all eliminate some of the options.

The next thing is, if you have a thread gauge kit, what you can do is take your thread gauge tool, put it against the threads, and that will identify the threads per inch. Write that number down. If you don’t have a thread gauge kit, what you can do is you can actually take a piece of paper, hold it against the threads, and then take something like a micrometer or a tape measure, set it for a quarter inch, count the number of threads per quarter inch, multiply it out, and that’s the same thing as getting the threads per inch with the tool.

The next thing you need to do is measure the diameter of the threads. Take your micrometer or your tape measure; measure the outside of the threads. Write that information down. What you can do is go to the back of our catalog or go to our website; you can identify the threads. If you don’t have that information handy, give us a call at 1-800-661-HOSE, or you can email me at ifoulds (at) new (dash) line (dot) com.