ARLON® 3000 XT STOCK SHAPESMACHINING GUIDE

2020

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G R E E N E T W E E D | M A C H I N I N G G U I D E

G R E E N E T W E E D | M A C H I N I N G G U I D E

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ARLON ® 3000 X T STOCK SHAPES 2020

ARLON® 3000 XT STOCK SHAPESMACHINING GUIDE

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G R E E N E T W E E D | M A C H I N I N G G U I D E

For more than 150 years, Greene Tweed’s customers

have relied on the company’s materials expertise and

collaborative approach to the design and manufacture

of elastomeric, thermoplastic, and thermoplastic

composite solutions that deliver proven performance

in extreme and demanding operating environments.

A global company with facilities across North America,

Europe, and Asia, Greene Tweed serves customers

throughout a diverse range of markets, including

energy, aerospace, defense, industrial, life sciences,

and semiconductor.

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G R E E N E T W E E D | M A C H I N I N G G U I D E

1. INTRODUCTION 4

2. GENERAL INFORMATION 4

3. APPLICATIONS & USE 4

4. MATERIAL PROPERTIES & SPECIFICATIONS 5

5. MATERIAL CHARACTERISTICS 6

6. MACHINING GUIDE 6

7. STOCK SHAPE SIZE & AVAILABILITY 7

8. MATERIAL QUALITY AND CERTIFICATIONS 7

9. STOCK SHAPE SELECTION & ORDERING 8

10. CONTACT INFORMATION 11

TABLE OF CONTENTS

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1. INTRODUCTION

Through rigorous testing, Greene Tweed’s pioneering thermoplastic – Arlon® 3000 XT – is proven to withstand the extreme conditions of today’s and tomorrow’s non-metallic applications. It’s 30% stronger than any other unfilled thermoplastic and has the chemical resistance to survive in harsh environments.

2. GENERAL INFORMATION

Arlon® 3000 XT is an engineered enhanced PEEK thermoplastic proven to deliver long-term performance in your most harsh applications.

• Delivers improved creep and extrusion resistance at temperatures above 177°C (350°F) over time

• Demonstrated to perform better than traditional material compounds used in backup rings in critical seal applications

• Enhanced mechanical performance in high-pressure and high-temperature applications

• Chemical resistance comparable to PEEK

• Electrical insulation properties far surpasses PEEK and PEK

• It’s 30% stronger than any other unfilled thermoplastic and has the chemical resistance to survive in harsh environments

• Durability and reliability in high-pressure and high-temperature (HPHT) environments; outperforms grades of PEEK, both filled and unfilled

3. APPLICATIONS AND USE

Seal components in applications to 40 ksi and temperatures ranging from ambient to 288°C (550°F) where excessive component extrusion is detrimental to seal performance

1. Backup rings

2. V-rings

3. Load support rings

Illustration of a seal element supported by a backup ring

GapExtrusion

BackupRing

ForceHydrostatic

AxialForce

Pressure

Ext

rusi

on

(inc

hes)

Time (days)0 5 10

0.008

0.007

0.006

0.005

0.004

0.003

0.002

0.001

0

PEEK

30% GF PEEK

30% CF PEEK

Arlon® 3000 XT

Extrusion data. 25 ksi at 350˚ F for 14 days.

Ext

rusi

on

(inc

hes)

BUR Extrusion0.03

0.025

0.02

0.015

0.01

0.005

0

PEEK30% GF PEEKArlon® 3000 XT

Extrusion data at 40 ksi & 450˚F

ARLON® 3000 XT STOCK SHAPESMACHINING GUIDE

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(Test sample thickness: 0.020”, voltage: 10 kVDC)

Structural components requiring long term stability at high pressures and high temperatures, such as:

1. Sleeves

2. Bearings

3. Support rings

4. MATERIAL PROPERTIES AND SPECIFICATIONS

Properties based on injection molded Type I tensile bars

Reference GT stock/solid code: AXT

Ext

rusi

on

(inc

hes)

0 1 2 3 4 5 6

Time (hours)

Tests at 288̊ C (550̊ F), 35 ksi, e-gap=0.020" radially

7

0.14

0.12

0.10

0.08

0.06

0.04

0.02

0

PEEK

PEKEKK

30% Carbon Filled PEEK

30% Carbon Filled PEKEKK

Arlon® 3000 XT

Volume Resistivity Testing at 204°C (400°F) (per ASTM D257)

1

10

100

1000

10000

100000

Voltage (V)

500 1000 1500 2000 2500 3000 3500 4000 4500 5000

PEEK

PEK

Arlon® 3000 XT

*blue area is outside the current measurement capability

Vo

lum

e R

esi

stiv

ity (

×10^9

Ohm

-in)

Electrical Insulation/Isolation

1. Insulation of high power electricity

2. Provides high voltage (> 5 kV) resistance and improved high temperature, chemical compatibility, creep resistance performance

3. High voltage conductor/connector applications up to: 20,000 psi, 24 kVDC, and 204°C (400°F)

4. High voltage insulator sleeves application requiring compliance to IEC60502-4

4-HR DIELECTRIC BREAKDOWN TESTING

Temperature PEEK PEK Arlon® 3000 XTRoom Temp None None None

204°C (400°F) None None None

232°C (450°F) 28.5 s 297.5 s None

260°C (500°F) Not tested Not tested None

INJECTION MOLDED

Physical Properties (ASTM Test Method) Minimum (except specific gravity)

Specific Gravity, g/cc (D792) 1.26 – 1.30

Hardness, Type D, Min., Points (D2240) 86

Tensile Strength at Break, @ 23°C (73.4°F) Min, psi [MPa] (D638)

15,000 [103.4]

Tensile Elongation at Break, @ 23°C (73.4°F) Min, % (D638)

7

Tensile Strength at Yield, @ 23°C (73.4°F) Min, psi [MPa] (D638)

15,200 [104.8]

Tensile (5% Secant) Modulus, @ 23°C (73.4°F) Min, psi [MPA] (D638)

520,000 [3,585.3]

Tensile Strength at Break, 260°C (500°F), Min, psi [MPa] (D638)

4,800 [33.1]

Tensile Elongation at Break, 260°C (500°F), Min, % (D638)

20

Flexural (Youngs) Modulus, @ 23°C (73.4°F), Min, psi [MPa] (D790)

500,000 [3,447.4]

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TYPICAL PROPERTIES

MATERIAL NAME: Arlon® 3000 XTE MATERIAL DESCRIPTION: EXTRUDED ENHANCED PEEK, VIRGINDESCRIPTION ASTM METHOD UNITS TYPICAL

A. PHYSICAL & MECHANICAL PROPERTIESSpecific Gravity D792 g/cc 1.28

Hardness, Type D D2240 Points 88

Tensile Strength at Break, @ 23°C (73°F), Min. D638 psi [MPa] 17,100 [117.9]

Tensile Elongation at Break, @ 23°C (73°F), Min. D638 % 12

Tensile Strength at Yield, @ 23°C (73°F), Min. D638 psi [MPa] 16,900 [116.5]

Tensile (5% Secant) Modulus, @ 23°C (73°F), Min. D638 psi [MPa] 600,000 [4,136.8]

Tensile Strength at Break, 260°C (500°F), Min. D638 psi [MPa] 5,380 [37.1]

Tensile Elongation at Break, 260°C (500°F), Min. D638 % 25

Tensile (5% Secant) Modulus, @ 260°C (500°F), Min. D638 psi [MPa] 100,000 [689.5]

Z. NOTES1. Properties are based on ASTM Type I tensile bars machine cut from fully cured extruded stock shapes.

2. Properties are based on limited available data. Results are subject to change.

3. Reference GT Stock/Solid Code: AXE

5. MATERIAL CHARACTERISTICS

Arlon® 3000 XT elongation is lower than standard PEEK. This results in higher notch sensitivity compared to unfilled grades of PEEK. Thus, care must be taken when handling material stock shapes or components manufactured from the material. Small radii, sharp corners, or any other design feature that could result in a stress riser in the material should be avoided if possible.

In contrast, the material has much higher elongation characteristics as compared to filled grades of PEEK. The same design criteria used for filled grade PEEKs can be used as a baseline for Arlon® 3000 XT component design.

6. MACHINING GUIDE

General work holding guidelines

Solid rod/thick walled tubeIt is acceptable to chuck directly on solid or thick walled (.25”/6.35 mm or greater) work pieces. Proper holding can be achieved with 3/4/6 jaw chucks using medium chuck pressure to prevent material distortion. If a collet system is being used it may be necessary to prep the raw material by turning it to the desired collet size. This not only ensures proper size but also ensures material roundness for proper collet clamping.

TubeUnlike some metal materials, certain precautions must be made when chucking on thin walled (.25”/6.35 mm or less) Arlon® 3000 XT. The use of a backing plate is preferred to improve the chucking area stability. Round/pie jaws should be used to maximize chucking area.

General machining guidelines

Turning/boringGenerally solid carbide tooling with a positive rake and sharp edge is preferred. See Table 1.10 for suggested feeds and Table 1.20 for suggested spindle speeds. Dry cutting is acceptable except where a buildup of heat is present. During such machining sufficient coolant should be used to keep the cutting tool and work piece cool. Excessive heat can cause inconsistent machining results both in finish and accuracy.

Special considerations may need to be made when machining thin walled parts. A plug may be inserted inside the part to help maintain a consistent wall thickness.

DrillingSolid carbide drills are preferred where available. While shallow holes can be drilled dry, coolant is suggested for deeper holes to control heat and aid chip evacuation.

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Coolants/lubricants

Most machining of Arlon® 3000 XT can be performed dry. However if heat buildup is an issue, a water-based coolant designed for use with thermoplastic may be used.

7. STOCK SHAPE SIZE AND AVAILABILITY

REFERENCE ONLY**

*Contact your Greene Tweed Sales representative

** Actual dimensions and specific stock shape geometry information is available on pages 6–9

8. MATERIAL QUALITY AND CERTIFICATIONS

• Certificate of Conformance (COC) will be provided with every order.

• Upon request and for an addition fee, material test reports (MTRs) and specific batch information will be available.

ThreadingThreading can be performed using carbide threading inserts. For thread strength, a rounded root is preferred. Although tapping can be performed in Arlon® 3000 XT, single-point thread milling is the preferred method for threading during milling operations. If tapping is performed, a spiral flute tap is preferred.

GroovingGrooving in general follows the same guidelines as “turning/boring.”

SawingSawing of Arlon® 3000 XT rod stock can be performed using high speed steel (HSS) and bi-metal saw blades. Hollow ground circular saw blades are effective with carbide blades giving better tool life and straighter cuts.

MillingMost standard milling operations can be performed in Arlon® 3000 XT. Tooling with positive tool geometries is suggested. Although HSS tooling can be used, carbide tooling is preferred and will give greatly increased tool life and performance. Most milling can be done dry, but where heat buildup is present coolant is preferred. Climb milling typically produces better surface finish and repeatability over conventional milling in most cases. See Table 2.00 for suggested milling feeds.

Special consideration must be made for work holding. It is suggested that clamping be designed to mimic the clamped part geometry and an effort is made to maximize the clamping area.

Table 1.10 Turning/boring cutting parameters

Roughing.0500” – .1250” depth of cut.0045” – .0065” ipr feed rate

Finishing.0200” – .0350” depth of cut.0025” – .0035” ipr feed rate

Table 1.20 Turning/boring spindle speed0” – 2” 1200 rpm

2” – 4” 1000 rpm

4” – 6” 800 rpm

6” – 8” 600 rpm

Table 2.00 Milling cutting parameters(because tooling size varies greatly, ½” 4 flute carbide end mill is used as baseline)

Doc Feed (ipm) SpeedRoughing

.250” – .500” 8 – 20 ipm 3500 rpm

Finishing.005” – .030” 8 – 15 ipm 3500 rpm

Method Nominal Size

O.D. Cross Section LengthInjection Molded

0.500” to 6.500”

** 1” to 3”

Extruded Rod

1” N/A 24”

Extruded Rod

2” 24”

Custom * * *

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TUBE STOCK – INJECTION MOLDEDPart Number OD (in) ID (in) Length (in)

AXT-0056-0031T 0.563 0.313 1.000

AXT-0056-0038T 0.563 0.375 1.000

AXT-0063-0031T 0.625 0.313 1.000

AXT-0063-0038T 0.625 0.375 1.000

AXT-0063-0044T 0.625 0.438 1.000

AXT-0069-0038T 0.688 0.375 1.000

AXT-0069-0044T 0.688 0.435 1.000

AXT-0069-0050T 0.688 0.500 1.000

AXT-0075-0044T 0.750 0.438 1.000

AXT-0075-0050T 0.750 0.500 1.000

AXT-0075-0056T 0.750 0.563 1.000

AXT-0081-0050T 0.813 0.500 1.000

AXT-0081-0056T 0.813 0.563 1.000

AXT-0081-0063T 0.813 0.625 1.000

AXT-0088-0056T 0.875 0.563 1.000

AXT-0088-0063T 0.875 0.625 1.000

AXT-0088-0069T 0.875 0.688 1.000

AXT-0094-0063T 0.938 0.625 1.000

AXT-0094-0069T 0.938 0.688 1.000

AXT-0094-0075T 0.938 0.750 1.000

AXT-0100-0069T 1.000 0.625 1.000

AXT-0100-0075T 1.000 0.750 1.000

AXT-0100-0075T 1.000 0.750 1.000

AXT-0106-0063T 1.063 0.625 1.000

AXT-0106-0069T 1.063 0.688 1.000

AXT-0106-0075T 1.063 0.750 1.000

AXT-0113-0069T 1.125 0.688 1.000

AXT-0113-0075T 1.125 0.750 1.000

AXT-0113-0083T 1.125 0.300 1.000

AXT-0119-0075T 1.188 0.750 1.000

AXT-0119-0081T 1.188 0.813 1.000

AXT-0119-0088T 1.188 0.875 1.000

AXT-0125-0081T 1.250 0.813 1.000

AXT-0125-0088T 1.250 0.875 1.000

AXT-0125-0094T 1.250 0.938 1.000

AXT-0131-0088T 1.313 0.875 1.000

AXT-0131-0094T 1.313 0.938 1.000

AXT-0131-0100T 1.313 1.000 1.000

AXT-0138-0094T 1.375 0.938 1.000

TUBE STOCK – INJECTION MOLDEDPart Number OD (in) ID (in) Length (in)

AXT-0138-0100T 1.375 1.000 1.000

AXT-0138-0106T 1.375 1.060 1.000

AXT-0144-0100T 1.438 1.000 1.000

AXT-0144-0106T 1.438 1.060 1.000

AXT-0150-0105T 1.500 1.050 2.000

AXT-0150-0115T 1.500 1.150 2.000

AXT-0160-0105T 1.600 1.050 1.000

AXT-0160-0115T 1.600 1.150 2.000

AXT-0160-0125T 1.600 1.250 2.000

AXT-0170-0115T 1.700 1.150 2.000

AXT-0170-0125T 1.700 1.250 2.000

AXT-0170-0135T 1.700 1.350 2.000

AXT-0180-0125T 1.800 1.250 2.000

AXT-0180-0135T 1.800 1.350 2.000

AXT-0180-0145T 1.800 1.450 2.000

AXT-0190-0135T 1.900 1.350 2.000

AXT-0190-0145T 1.900 1.450 2.000

AXT-0190-0155T 1.900 1.550 2.000

AXT-0200-0145T 2.000 1.450 2.000

AXT-0200-0155T 2.000 1.550 2.000

AXT-0200-0151T 2.000 1.507 2.000

AXT-0214-0155T 2.137 1.550 2.000

AXT-0214-0151T 2.137 1.507 2.000

AXT-0214-0164T 2.137 1.644 2.000

AXT-0228-0151T 2.275 1.507 2.000

AXT-0228-0164T 2.275 1.644 2.000

AXT-0228-0178T 2.275 1.781 2.000

AXT-0241-0164T 2.411 1.644 2.000

AXT-0241-0178T 2.411 1.781 2.000

AXT-0255-0192T 2.548 1.918 1.000

AXT-0255-0206T 2.548 2.055 1.000

AXT-0269-0192T 2.685 1.918 1.000

AXT-0269-0206T 2.685 2.055 1.000

AXT-0269-0219T 2.685 2.192 1.000

AXT-0282-0206T 2.822 2.055 1.000

AXT-0282-0219T 2.822 2.192 1.000

AXT-0282-0233T 2.822 2.329 1.000

AXT-0296-0219T 2.959 2.192 1.000

AXT-0296-0233T 2.959 2.329 1.000

9. STOCK SHAPE SELECTION AND ORDERING

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TUBE STOCK – INJECTION MOLDEDPart Number OD (in) ID (in) Length (in)

AXT-0296-0247T 2.959 2.466 1.000

AXT-0310-0233T 3.096 2.329 1.000

AXT-0310-0247T 3.096 2.466 1.000

AXT-0310-0260T 3.096 2.603 1.000

AXT-0323-0247T 3.233 2.466 1.000

AXT-0323-0260T 3.233 2.603 1.000

AXT-0323-0275T 3.233 2.750 1.000

AXT-0337-0260T 3.370 2.603 1.000

AXT-0337-0275T 3.370 2.750 1.000

AXT-0337-0288T 3.370 2.877 1.000

AXT-0351-0275T 3.507 2.750 1.000

AXT-0351-0288T 3.507 2.877 1.000

AXT-0351-0302T 3.507 3.015 1.000

AXT-0364-0288T 3.644 2.877 1.000

AXT-0364-0302T 3.644 3.015 1.000

AXT-0364-0315T 3.644 3.151 1.000

AXT-0378-0302T 3.781 3.015 1.000

AXT-0378-0315T 3.781 3.151 1.000

AXT-0378-0329T 3.781 3.288 1.000

AXT-0392-0315T 3.918 3.151 1.000

AXT-0392-0329T 3.918 3.288 1.000

AXT-0400-0325T 4.021 3.220 3.000

AXT-0413-0338T 4.146 3.344 3.000

TUBE STOCK – INJECTION MOLDEDPart Number OD (in) ID (in) Length (in)

AXT-0425-0350T 4.271 3.469 3.000

AXT-0438-0363T 4.396 3.593 3.000

AXT-0450-0375T 4.521 3.718 3.000

AXT-0463-0388T 4.646 3.843 3.000

AXT-0475-0400T 4.771 3.968 3.000

AXT-0488-0413T 4.895 4.093 3.000

AXT-0500-0425T 5.020 4.218 3.000

AXT-0513-0438T 5.145 4.343 3.000

AXT-0525-0450T 5.270 4.468 3.000

AXT-0538-0463T 5.395 4.593 3.000

AXT-0550-0475T 5.520 4.718 3.000

AXT-0563-0488T 5.645 4.843 3.000

AXT-0575-0500T 5.770 4.968 3.000

AXT-0588-0513T 5.895 5.093 3.000

AXT-0600-0525T 6.020 5.217 3.000

AXT-0613-0538T 6.144 5.342 3.000

AXT-0625-0550T 6.269 5.467 3.000

AXT-0638-0563T 6.394 5.592 3.000

AXT-0650-0575T 6.500 5.750 3.000

AXT-0663-0588T 6.644 5.842 3.000

AXT-0675-0600T 6.769 6.092 3.000

AXT-0688-0613T 6.894 6.217 3.000

AXT-0700-0625T 7.019 6.342 3.000

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G R E E N E T W E E D | M A C H I N I N G G U I D E

A

A

.5°

1.0°

"LENGTH" R.06

R.06

"I.D." "O.D."

SECTION A-A

COLD SLUG

SPRUE VESTIGE

1 2

NOTES:

P/N

I.D. ABOVE Ø2.000 TO HAVE THREE RIBS.

O.D. MIN I.D. MAX LENGTH

1 NOT INTENDED FOR USE.

2 I.D. RIBS ARE NOT INTENDED TO BE USED. I.D. UP TO Ø1.999 TO HAVE TWO RIBS

AXT-0056-0031T 0.563 0.313 1.000AXT-0063-0038T 0.625 0.375 1.000AXT-0069-0044T 0.688 0.435 1.000AXT-0075-0050T 0.750 0.500 1.000AXT-0081-0056T 0.813 0.563 1.000AXT-0088-0063T 0.875 0.625 1.000AXT-0094-0069T 0.938 0.688 1.000AXT-0100-0075T 1.000 0.750 1.000AXT-0106-0069T 1.063 0.688 1.000AXT-0113-0075T 1.125 0.750 1.000AXT-0119-0081T 1.188 0.813 1.000AXT-0125-0088T 1.250 0.875 1.000AXT-0131-0094T 1.313 0.938 1.000AXT-0138-0100T 1.375 1.000 1.000AXT-0144-0106T 1.438 1.060 1.000

AXT-0150-0105T 1.500 1.050 2.000AXT-0160-0115T 1.600 1.150 2.000AXT-0170-0125T 1.700 1.250 2.000AXT-0180-0135T 1.800 1.350 2.000AXT-0190-0145T 1.900 1.450 2.000AXT-0200-0155T 2.000 1.550 2.000AXT-0214-0151T 2.137 1.507 2.000AXT-0228-0164T 2.275 1.644 2.000AXT-0241-0178T 2.411 1.781 2.000

AXT-0255-0192T 2.548 1.918 1.000AXT-0269-0206T 2.685 2.055 1.000AXT-0282-0219T 2.822 2.192 1.000AXT-0296-0233T 2.959 2.329 1.000AXT-0310-0247T 3.096 2.466 1.000AXT-0323-0260T 3.233 2.603 1.000AXT-0337-0275T 3.370 2.750 1.000AXT-0351-0288T 3.507 2.877 1.000AXT-0364-0302T 3.644 3.015 1.000AXT-0378-0315T 3.781 3.151 1.000AXT-0392-0329T 3.918 3.288 1.000

APPROVED: DATE:

DATE:

DATE:

SIZE:

THE INFORMATION CONTAINED ON THIS DRAWING IS CONSIDERED PROPRIETARY TO OUR COMPANY IN THAT THESE ITEMS, COMPONENTS, AND PROCESSES WERE DEVELOPED AT PRIVATE EXPENSE. THIS INFORMATION SHALL NOT BE RELEASED, DISCLOSED, OR DUPLICATED FOR PROCUREMENT OR MANUFACTURING. REPRODUCTION HEREOF, IN WHOLE OR IN PART, SHALL BE MARKED WITH THIS LEGEND.

DWG NO.:

SCALE:

REV.:

SHEET:1 OF 1NONE

A

UNLESS OTHERWISE SPECIFIED:

ALL DIMENSIONS ARE IN INCHES [MM].DO NOT SCALE DRAWING.INTERPRET DRAWING PER ASME Y14.5M-1994 AND ASME Y14.100-2004

SAP DOCUMENT NO.: PART NUMBER/SAP MATERIAL NO.: FORMERLY:

FORM: FR-GD-0000-00.001 REV. C

CHECKED:

DRAWN:

INQUIRY NO.: PNA/CHANGE NO.:

AXT-(00XX-03XX)T/IID1

Dimitrios Sotiriou

Ricardo Aquines

Steven Rose

15-Jul-2016

22-Jul-2016

22-Jul-2016

A

B

C

DD

C

B

A

1234

234

TUBEARLON® 3000XT

-

-

-

- - -

-

MATERIAL CODE MATERIAL DESCRIPTION MATERIAL SPEC.

AXT ARLON® 3000XT GTS-3300

1930 RANKIN ROADHOUSTON, TX 77073

5Q4E5CAGE NO.:

PROJECT NO.:

REV

-

DATE:

DATE:

DATE:

DRAWN:

CHECKED:

APPROVED:

-

-

- -

-

-

CHANGE NO. -

AXT-(00XX-03XX)T

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G R E E N E T W E E D | M A C H I N I N G G U I D E

A

A

R.188

R.125

.5

.5

"LENGTH"

"O.D."

"I.D."

SECTION A-A

1 2

NOTES:

P/N

1 NOT INTENDED FOR USE.

2 I.D. RIBS ARE NOT INTENDED TO BE USED.

O.D. MIN I.D. MAX LENGTH

AXT-0400-0325T 4.021 3.219 3.000

AXT-0413-0338T 4.146 3.344 3.000

AXT-0425-0350T 4.271 3.469 3.000

AXT-0438-0363T 4.396 3.593 3.000

AXT-0450-0375T 4.521 3.718 3.000

AXT-0463-0388T 4.646 3.843 3.000

AXT-0475-0400T 4.771 3.968 3.000

AXT-0488-0413T 4.895 4.093 3.000

AXT-0500-0425T 5.020 4.218 3.000

AXT-0513-0438T 5.145 4.343 3.000

AXT-0525-0450T 5.270 4.468 3.000

AXT-0538-0463T 5.395 4.593 3.000

AXT-0550-0475T 5.520 4.718 3.000

AXT-0563-0488T 5.645 4.843 3.000

AXT-0575-0500T 5.770 4.968 3.000

AXT-0588-0513T 5.895 5.093 3.000

AXT-0600-0525T 6.020 5.217 3.000

AXT-0613-0538T 6.144 5.342 3.000

AXT-0625-0550T 6.269 5.467 3.000

AXT-0638-0563T 6.394 5.592 3.000

AXT-0650-0575T 6.500 5.750 3.000

AXT-0663-0588T 6.644 5.842 3.000

AXT-0675-0600T 6.769 6.092 3.000

AXT-0688-0613T 6.894 6.217 3.000

AXT-0700-0625T 7.019 6.342 3.000

APPROVED: DATE:

DATE:

DATE:

SIZE: DWG NO.:

1 OF 1NONE

CAGE NO.:

UNLESS OTHERWISE SPECIFIED:

ALL DIMENSIONS ARE IN INCHES [MM].DO NOT SCALE DRAWING.INTERPRET DRAWING PER ASME Y14.5M-1994 AND ASME Y14.100-2004

PROJECT NO.:

SAP DOCUMENT NO.: PART NUMBER/SAP MATERIAL NO.: FORMERLY:

FORM: FR-GD-0000-00.002 REV. C

CHECKED:

DRAWN:

INQUIRY NO.: PNA/CHANGE NO.:

AXT-(04XX-07XX)T/IID1

Dimitrios Sotiriou

Ricardo Aquines

Steven Rose

15-Jul-2016

22-Jul-2016

22-Jul-2016

A

B

C

DD

C

B

A

1234

236

TUBEARLON® 3000XT

-

-

- AXT-(04XX-07XX)T

- - -

-

MATERIAL CODE MATERIAL DESCRIPTION MATERIAL SPEC.

AXT ARLON® 3000XT GTS-3300

SHEET:

REV.:

SCALE:

B

EE

5 4

56

1930 RANKIN ROADHOUSTON, TX 77073

5Q4E5

DRAWN:

REV CHANGE NO.:

CHECKED:

APPROVED:

DATE:

DATE:

DATE:

-

-

-

-

-

-

-

-

THE INFORMATION CONTAINED ON THIS DRAWING IS CONSIDERED PROPRIETARY TO OUR COMPANY IN THAT THESE ITEMS, COMPONENTS, AND PROCESSES WERE DEVELOPED AT PRIVATE EXPENSE. THIS INFORMATION SHALL NOT BE RELEASED, DISCLOSED, OR DUPLICATED FOR PROCUREMENT OR MANUFACTURING. REPRODUCTION HEREOF, IN WHOLE OR IN PART, SHALL BE MARKED WITH THIS LEGEND.

10. CONTACT INFORMATION

USA - Lansdale, PA

1684 South Broad Street, PO Box 1307Lansdale, PA 19446Tel: + 1.215.256.9521Fax: +1.215.256.0189Toll Free: 1.800.220.4733 USA - Houston, TX

1930 Rankin RoadHouston, TX 77073 USATel: +1.281.765.4500Fax: +1.281.821.7771Toll Free: +1.800.927.3301

UK – Nottingham

UK (England) - Greene, Tweed & Co.Ruddington FieldsRuddingtonNottingham, EnglandNG11 6JSTel: +44 (0) 115.9315.777Fax: +44 (0) 115.9315.888

SingaporeSingapore - Greene, Tweed & Co.2 Serangoon North Ave 5 #04-01Singapore, 554911Tel: +65.6555.4828Fax: +65.6555.5393