Thermal Spray Procedures for Exhaust Manifold (I.D. ; O.D.){0679, 1059} Caterpillar


Thermal Spray Procedures for Exhaust Manifold (I.D. & O.D.){0679, 1059}

Usage:

3126B 1AJ
Engine:
1673C (S/N: 69D1-UP; 76R1-UP)
3126 (S/N: CKK1-UP; 6MK1-UP; 1WM1-UP; 3TR1-UP; 9ZR1-UP; 8HW1-UP; 7LZ1-UP)
3126B (S/N: BKD1-UP; BEJ1-UP; 1AJ1-UP; 5GL1-UP; 8YL1-UP; DCS1-UP; 7AS1-UP; 8SZ1-UP)
3176 (S/N: 2YG1-UP; 7LG1-UP)
3176B (S/N: 9CK1-UP; 9WK1-UP; 3NL1-UP)
3176C (S/N: 2AW1-UP)
3196 (S/N: 1DW1-UP)
3306 (S/N: 4WB1-UP; 7HB1-UP; 2ZC1-UP; 23C1-UP; 66D1-UP; 67D1-UP; 7KF1-UP; 76R1-UP; 64Z1-UP; 84Z1-UP; 85Z1-UP)
3306B (S/N: 7JB1-UP; 5JC1-UP; 5KD1-UP; 1DG1-UP; 3RG1-UP; 2AJ1-UP; 8JJ1-UP; 9SL1-UP; 1BM1-UP; 2TM1-UP; 9NR1-UP; 1RS1-UP; 9DS1-UP; 5GZ1-UP; 63Z1-UP)
3306C (S/N: 7RJ1-UP; 9TL1-UP; 3KS1-UP; 2AZ1-UP)
3406 (S/N: 92U1-UP)
3406B (S/N: 4TB1-UP; 7FB1-UP; 8TC1-UP; 4MG1-UP; 5YG1-UP; 3ZJ1-UP; 5KJ1-UP; 2EK1-UP; 4CK1-UP; 4JK1-UP)
3406C (S/N: 2WB1-UP; 4MG1-UP; 4RG1-UP; 3ZJ1-UP; 5KJ1-UP; 4CK1-UP)
3406E (S/N: 5EK1-UP; 1MM1-UP; 2WS1-UP; 5DS1-UP; 6TS1-UP; 1LW1-UP)
3408 (S/N: 67U1-UP; 99U1-UP; 28V1-UP; 78Z1-UP)
3408B (S/N: 67U1-UP; 99U1-UP; 28V1-UP; 78Z1-UP)
3408C (S/N: 67U1-UP; 99U1-UP; 78Z1-UP)
3412 (S/N: 2WJ1-UP; BDT1-UP; 81Z1-UP)
3412C (S/N: 81Z1-UP)
3412E (S/N: 4CR1-UP; BFT1-UP)
3508 (S/N: 1ZF1-UP; 6TJ1-UP; 5XM1-UP; 3LS1-UP; 3PS1-UP; 95Y1-UP; 96Y1-UP; 97Y1-UP; 23Z1-UP; 68Z1-UP; 69Z1-UP; 70Z1-UP)
3508B (S/N: 4GM1-UP; C8R1-UP; 5PS1-UP; 2HW1-UP)
3512 (S/N: 3YF1-UP; 2WK1-UP; 1LM1-UP; 6PM1-UP; 3MS1-UP; 3RS1-UP; 3WS1-UP; 49Y1-UP; 50Y1-UP; 51Y1-UP; 24Z1-UP; 65Z1-UP; 66Z1-UP; 67Z1-UP)
3512B (S/N: 2AF1-UP)
3516 (S/N: 4XF1-UP; 9KF1-UP; 4MJ1-UP; 5SJ1-UP; 7KM1-UP; 3SS1-UP; 25Z1-UP; 27Z1-UP; 28Z1-UP; 29Z1-UP; 71Z1-UP; 72Z1-UP; 73Z1-UP)
C-10 (S/N: MBJ1-UP; 2PN1-UP; 3CS1-UP; 8YS1-UP; BCX1-UP)
C-12 (S/N: CPD1-UP; BDL1-UP; MBL1-UP; 1YN1-UP; 2KS1-UP; 9NS1-UP)
C-15 (S/N: EGH1-UP; MBN1-UP; 6NZ1-UP; 9NZ1-UP)
C-16 (S/N: W1A1-UP; 7CZ1-UP)
C15 (S/N: MHP1-UP; SDP1-UP; BXS1-UP; MXS1-UP; NXS1-UP; RKS1-UP)
D333C (S/N: 23C1-UP; 66D1-UP; 67D1-UP)
D342 (S/N: 31B1-UP; 32B1-UP)
D342C (S/N: 31B1-UP; 32B1-UP)
D343 (S/N: 33B1-UP; 62B1-UP)
D346 (S/N: 39J1-UP; 40J1-UP; 98N1-UP)
D348 (S/N: 36J1-UP; 38J1-UP; 57K1-UP)
D349 (S/N: 61P1-UP; 62P1-UP; 32R1-UP)
G342 (S/N: 31B1-UP)
Generator Set:
3406 GEN SET (S/N: 75Z1-UP)
3406B GEN SET (S/N: 2WB1-UP; 4RG1-UP; 4PM1-UP)
3406C GEN SET (S/N: 4JK1-UP; 4ZR1-UP; 1LS1-UP; 8FS1-UP)
3406E GEN SET (S/N: 9NN1-UP)
3456 GEN SET (S/N: BGA1-UP; EPE1-UP)
Industrial Engine:
3406 IND (S/N: WJA1-UP; 6TB1-UP; 90U1-UP)
3406C IND (S/N: 3ER1-UP; 4GW1-UP)
3406E IND (S/N: 6BR1-UP)
3408C IND (S/N: 9ER1-UP)
3412E IND (S/N: BDT1-UP)
3456 IND (S/N: 3LW1-UP)
C-10 PETROLEUM (S/N: Z2B1-UP)
C-16 IND (S/N: BFM1-UP)
C15 IND (S/N: JRE1-UP; MCW1-UP)
C15 INDUSTRIAL (S/N: JKG1-UP; JAS1-UP)
Marine Engine:
3126B MARINE (S/N: 9ZF1-UP; 3GS1-UP)
3176C MARINE (S/N: 6BW1-UP)
3196 MARINE (S/N: 2XR1-UP)
3406C MARINE (S/N: 4TB1-UP; 1SS1-UP)
3406E MARINE (S/N: 9WR1-UP)
3408C MARINE (S/N: 1TS1-UP)
3412E MARINE (S/N: 9KS1-UP; 9PW1-UP)
C-12 MARINE (S/N: K1M1-UP; 9HP1-UP)
C12 MARINE (S/N: NFL1-UP; C1Z1-UP)
C15 MARINE (S/N: RLA1-UP)
Truck Engines:
3126E (S/N: DPF1-UP; CKM1-UP; CRP1-UP; HEP1-UP; 9SZ1-UP)
3406C TRUCK (S/N: 8PN1-UP)
Petroleum Engine:
3126B PETROLEUM (S/N: Z2A1-UP)
3412E PETROLEUM (S/N: Z2D1-UP)
C-15 PETROLEUM (S/N: Z2C1-UP)
C15 PETROLEUM (S/N: JDY1-UP)

Introduction

Table 1
Revision     Summary of Changes in SEBF2125    
06     Replaced TAFA 60T wire with TAFA Alcro wire.    
05     Added serial number prefixes    
04     Changed supplier name from Sulzer Metco to Oerlikon Metco.    
03     Added serial number prefixes    
02     Added confidentiality statement and updated Praxair TAFA arc spray system.    
01     Added serial number prefixes    
00     Information removed from SERF8473 (Arc Spray Guide), SERF8704 (Flame Spray Guide CD) and formatted for delivery in SIS.    

© 2015 Caterpillar All Rights Reserved.This guideline is for the use of Cat dealers only. Unauthorized use of this document or the proprietary processes therein without permission may be violation of intellectual property law. Information contained in this document is considered Caterpillar: Confidential Yellow.

This Reuse and Salvage Guideline contains the necessary information to allow a dealer to establish a parts reusability program. Reuse and salvage information enables Caterpillar dealers and customers to benefit from cost reductions. Every effort has been made to provide the most current information that is known to Caterpillar. Continuing improvement and advancement of product design might have caused changes to your product which are not included in this publication. This Reuse and Salvage Guideline must be used with the latest technical information that is available from Caterpillar.

For questions or additional information concerning this guideline, submit a form for feedback in the Service Information System. To address an urgent issue, use the following resources to communicate your request to Caterpillar Repair Process Engineering:

  • Caterpillar Dealer Technical Communicator

  • Dealer Solution Network

  • Caterpillar Technical Representative

  • Knowledge Network

For further information on the equipment needed to perform thermal spray processes, refer to the following publications:

  • Special Instruction, SEBF9236, "Fundamentals of High Velocity Oxygen Fuel (HVOF) Spray for Reconditioning Components"

  • Special Instruction, SEBF9238, "Fundamentals of Arc Spray for Reconditioning Components"

  • Special Instruction, SEBF9240, "Fundamentals of Flame Spray for Reconditioning Components"

Canceled Part Numbers and Replaced Part Numbers

This document may not include canceled part numbers and replaced part numbers. Use NPR on SIS for information about canceled part numbers and replaced part numbers. NPR will provide the current part numbers for replaced parts.

Important Safety Information




Illustration 1g02139237

Work safely. Most accidents that involve product operation, maintenance, and repair are caused by failure to observe basic safety rules or precautions. An accident can often be avoided by recognizing potentially hazardous situations before an accident occurs. A person must be alert to potential hazards. This person should also have the necessary training, skills, and tools in order to perform these functions properly. Safety precautions and warnings are provided in this instruction and on the product. If these hazard warnings are not heeded, bodily injury or death could occur to you or to other persons. Caterpillar cannot anticipate every possible circumstance that might involve a potential hazard. Therefore, the warnings in this publication and the warnings that are on the product are not all inclusive. If a tool, a procedure, a work method, or operating technique that is not specifically recommended by Caterpillar is used, you must ensure that it is safe for you and for other people to use. You should ensure that the product will not be damaged or the product will not be made unsafe by the operation, lubrication, maintenance, or the repair procedures that are used.

------ WARNING! ------

Improper operation, lubrication, maintenance or repair of this product can be dangerous and could result in injury or death.

Do not operate or perform any lubrication, maintenance or repair on this product, until you have read and understood the operation, lubrication, maintenance and repair information.

----------------------

Safety precautions and warnings are provided in this manual and on the product. If these hazard warnings are not heeded, bodily injury or death could occur to you or to other persons.

The hazards are identified by the safety alert symbol which is followed by a signal word such as danger, warning, or caution. The "WARNING" safety alert symbol is shown below.




Illustration 2g00008666

This safety alert symbol means:

Pay attention!

Become alert!

Your safety is involved.

The message that appears under the safety alert symbol explains the hazard.

Operations that may cause product damage are identified by "NOTICE" labels on the product and in this publication.

Caterpillar cannot anticipate every possible circumstance that might involve a potential hazard. The safety information in this document and the safety information on the machine are not all inclusive. You must determine that the tools, procedures, work methods, and operating techniques are safe. You must determine that the operation, lubrication, maintenance, and repair procedures will not damage the machine. Also, you must determine that the operation, lubrication, maintenance, and repair procedures will not make the machine unsafe.

The information, the specifications, and the illustrations that exist in this guideline are based on information which was available at the time of publication. The specifications, torques, pressures, measurements, adjustments, illustrations, and other items can change at any time. These changes can affect the service that is given to the product. Obtain the complete, most current information before you start any job. Caterpillar dealers can supply the most current information.

Part Description

Table 2
Base Metal     Cast Iron    
Hardness     N/A    

Arc Spray Equipment and Procedure

Table 3
Maximum Surface Finish     3.5 Micrometers (140 Microinches)    
Reason for Spraying     High temperature oxidation    
Mating Part Contact Area & Material     Cast iron exhaust manifold    
Arc Spray Equipment Type     SmartArc by Oerlikon Metco, TAFA 8830 MHU, or TAFA 8835 MHU    
Wire     TAFA Alcro Wire Top Coat, TAFA 75B Wire Bond Coat    
Finish Thickness     As required    
Finishing Allowance    
0.51 to 0.64 mm (0.020 ± 0.025 inch)    
Spray Angle     90° to part    
Substrate Pre-Heat Temperature    
66° C (150° F) Do not direct arc on area to be sprayed    
Substrate Temperature During Spraying Not to Exceed    
148° C (300° F)    
Auxiliary Cooling     If desired    
Rotation/Traverse Device     Lathe or turntable    
Rotation/Traverse Speed    
61 to 77 SMPM (200.00 to 250.00 SFPM)    
Surface Preparation Method     Undercut and Grit blast    
Machining Method     Machine    
Equipment Required     Turn (Lathe)    
Recommended Cutting Tool     ISCAR DNMG 432 TFIC507    
Blast Media Recommendation     Pressure Type Only (Aluminum Oxide Grit)    

Table 4
Arc Spray     Procedure     Check List    
Clean Part     Degrease in hot caustic solution        
Undercut     To "tru-up" surface (if required)        
Remove Oxide     Use fiber flap wheel or clean/strip disc        
Clean Spray Area     Commercial degreaser        
Mask for Grit Blast     Duct tape        
Grit Blast Equipment     Pressure type only        
Grit Type and Size     20 mesh aluminum oxide        
Blast Air Pressure    
690 kPa (100.0 psi)    
   
Blast Nozzle to Work Distance    
51 to 150 mm (2.0 to 6.0 inch)    
   
Remove Blast Mask     Make sure that surface is clean        
Mask for Metal Spray     Anti-bond or Blue Layout Dye        
Metal Spray Equipment Type     Smart Arc by Oerlikon Metco     TAFA        
    Consumable (Bondcoat)     TAFA 75B     TAFA 75B        
    Clamp Pressure    
275 kPa (40 psi)    
       
    Air Jets/Pressure    
415 kPa (60 psi)    

415 kPa (60 psi)    
   
    Arc Load Volts     30V     30V        
    Amps     125 Amps     150 Amps        
    Gun to Work Distance (Standoff)    
128 mm (5.0 inch)    

128 mm (5.0 inch)    
   
    Spray Rate/Bond Pass    
0.038 mm (0.0015 inch)/pass    

0.038 mm (0.0015 inch)/pass    
   
    Consumable (Topcoat)     TAFA Alcro     TAFA Alcro        
    Clamp Pressure    
275 kPa (40 psi)    
       
    Air Jets/Pressure    
415 kPa (60 psi)    

415 kPa (60 psi)    
   
    Arc Load Volts     30V     29V        
    Amps     150 Amps     125 Amps        
    Gun to Work Distance (Standoff)    
76 mm (3.0 inch)    

76 mm (3.0 inch)    
   
    Spray Rate/Build Up    
0.038 mm (0.0015 inch)/pass    

0.038 mm (0.0015 inch)/pass    
   
    Rotation Speed of Part (RPM)     Set RPM for desired SFPM        
    Rotation Speed of Part    
92 SMPM (300.00 SFPM)    
   
    Traverse Rate of Gun    
11 SMPM (36.00 SFPM)    
   
Gun Fixturing Method     Hand held        
Finishing Equipment     Lathe (Mounting pad surface bottom to centerline of bore dimension must be the same. It is recommended that a new, unused part is used to obtain and set correct centerline distance BEFORE boring the (I.D.) coating.)        
Part/Cutter Rotation (Roughing)    
50 SMPM (150.00 SFPM)    
   
Part/Cutter Rotation (Finishing)    
75 SMPM (200.00 SFPM)    
   
Coolant     Oil based synthetic - 40:1 ratio        
Traverse Speed    
0.30 mm (0.012 inch) per revolution    
   
Depth of Rough Cut    
0.51 mm (0.020 inch) per side max    
   
Depth of Finish Cut    
0.25 mm (0.010 inch) per side max    
   

Flame Spray Equipment and Procedure

Table 5
Maximum Surface Finish    
3.5 Micrometers (140 Microinches)    
Reason for Spraying     High temperature oxidation    
Mating Part Contact Area & Material     Cast iron exhaust manifold    
Oerlikon Metco Equipment Type     6P-II by Oerlikon Metco    
Metco Material     Metco 452 or 453    
Finish Thickness     As required    
Finishing Allowance    
0.51 to 0.64 mm (0.020 to 0.025 inch) per side    
Spray Angle     90° to part    
Substrate Pre-Heat Temperature    
66° C (150° F) Do not direct flame on area to be sprayed    
Substrate Temperature During Spraying Not to Exceed    
148° C (300° F)    
Auxiliary Cooling     If desired    
Rotation/Traverse Device     Lathe or turntable    
Rotation/Traverse Speed    
61 to 77 SMPM (200.00 to 250.00 SFPM)    
Surface Preparation Method     Undercut and Grit Blast    
Finishing Method     Machine    
Machining Equipment Type     Lathe    
Recommended Cutter Grade     C-2, 883 Carboloy or equivalent    

Table 6
Flame Spray Process (6P-II)     Procedure     Check List    
Clean Part     Degrease in hot caustic solution        
Undercut     To "tru-up" surface (if required)        
Mask for Grit Blast     No        
Grit Blast Equipment     Pressure        
Grit Type and Size     25/40 steel angular grit        
Blast Air Pressure    
620 kPa (90.0 psi)    
   
Blast Nozzle to Work Distance    
51 to 63.5 mm (2.0 to 2.50 inch)    
   
Remove Blast Mask     Remove mask, make sure that surface is clean        
Mask for Metal Spray     Metco Anti-Bond        
Metal Spray Equipment Type     6P-II Hand Held Thermo Spray System by Oerlikon Metco        
Auxiliary Cooling     If desired        
Nozzle     6P7C-K "K" Nozzle        
Air Capacity/Pressure     6P-3/Cooling Air
140 - 170 kPa (20.0 - 25.0 psi)    
   
Oxygen Pressure    
210 kPa (30.0 psi)    
   
Oxygen Flow    
1190 L/h (42.0 cfh)    
   
Fuel Gas Pressure    
100 kPa (15.0 psi)    
   
Fuel Gas Flow    
1415 L/h (50.0 cfh)    
   
Carrier Gas Pressure    
380 kPa (55.0 psi)    
   
Carrier Gas Flow    
1050 L/h (37.0 cfh)    
   
Spray Rate/Build Up    
5.5 kg (12.00 lb)/hr or
90 gr (3.2 oz)/min    
   
Gun to Work Distance    
230 mm (9.0 inch)    
   
Rotation Speed of Part     Set RPM for desired SFPM        
Traverse Rate of Gun    
61 to 77 SMPM (200.00 to 250.00 SFPM)    
   
Gun Fixturing Method     Hand held        
Top Coat/Thickness    
0.10 to 0.15 mm (0.004 to 0.006 inch) per pass until required build-up achieved    
   
Finishing Equipment     Lathe (Mounting pad surface bottom to centerline of bore dimension must be the same. It is recommended that a new, unused part is used to obtain and set correct centerline BEFORE boring the (I.D.) coating.)        
Part/Cutter Rotation    
46 to 55 SMPM (150.00 to 180.00 SFPM)    
   
Traverse Speed    
0.08 mm (0.003 inch) per revolution or less    
   
Depth of Rough Cut    
0.38 to 0.51 mm (0.015 to 0.020 inch) per side    
   
Depth of Finish Cut    
0.25 mm (0.010 inch) per side or less    
   

Specifications




Illustration 3g03046696

Table 7
Exhaust Manifold (I.D. & O.D.)    
Front Part No.     Center Part No.     Rear Part No.     Male (A)     Female (B)    
mm in mm in    
2S-7268, 5N-8657     -     3S-2252     69.16 3     2.723 3     69.85 3     2.750 3    
7M-7140     2S-2938     2S-2939     92.00 1     3.622 1     92.08 1     3.625 1    
1P-1387     3P-0038     3P-0038     101.52 1     3.997 1     101.60 1     4.000 1    
2P-4597     6N-7295     -     88.77 1     3.495 1     88.90 1     3.500 1    
7N-3952, 5N-9055     7N-7739, 7N-3953, 5N-9055 88.72 1     3.493 1    
127-3467     156-0223     127-3467     55.001     2.165 1     55.08 1     2.168 1    
7E-7890, 4P-8280     7E-7891, 105-4233     7E-7892, 4P-8279     58.00 1     2.28 1     55.08 1     2.168 1    
4P-8279     115-2989     4P-8280     58.00 1     2.2831     55.08 1     2.168 1    
7L-0383     -     7L-0382     66.60 1     2.625 1     66.68 1     2.625 1    
8N-5384     7C-8281     8N-5386     70.00 2     2.756 2     70.08 2     2.759 2    
(various)     (various)     (various)     79.30 1     3.122 1     79.38 1     3.1251    
(various)     (various)     (various)     76.20 1     3.000 1     76.261     3.002 1    

1 Tolerance is ± 0.03 mm (0.001 inch)

2 Tolerance is ± 0.03 mm (0.001 inch)

3 Tolerance is ± 0.05 mm (0.002 inch)

Caterpillar Information System:

Failures of the 305-6843 Guide Spring on Certain Engines{1102, 1121, 1123, 1209} Failures of the 305-6843 Guide Spring on Certain Engines{1102, 1121, 1123, 1209}
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Thermal Spray Procedures for Torque Converter Input Housing {0679, 3101, 3127} Thermal Spray Procedures for Torque Converter Input Housing {0679, 3101, 3127}
2012/03/28 A New Coolant Conditioner Is Now Available {1350, 1352, 1395}
Thermal Spray Procedures for Torque Converter Carrier - Seal Ring Bore {0374, 0599, 0679, 3101, 3135} Thermal Spray Procedures for Torque Converter Carrier - Seal Ring Bore {0374, 0599, 0679, 3101, 3135}
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Thermal Spray Procedures for Transmission, Torque Converter and Torque Divider Shafts {0679, 0719, 3030, 3101, 3125, 3130} Thermal Spray Procedures for Transmission, Torque Converter and Torque Divider Shafts {0679, 0719, 3030, 3101, 3125, 3130}
Thermal Spray Procedures for Torque Converter Impeller {0679, 3101, 3134} Thermal Spray Procedures for Torque Converter Impeller {0679, 3101, 3134}
Thermal Spray Procedures for Torque Converter Turbine Wheel {0679, 3101, 3131} Thermal Spray Procedures for Torque Converter Turbine Wheel {0679, 3101, 3131}
Thermal Spray Procedures for Transmission Manifold - Seal Ring Bore {0679, 3030, 3160} Thermal Spray Procedures for Transmission Manifold - Seal Ring Bore {0679, 3030, 3160}
Thermal Spray Procedures for Pump Gear Drive Inside Diameter{0374, 0599, 0679, 3101} Thermal Spray Procedures for Pump Gear Drive Inside Diameter{0374, 0599, 0679, 3101}
SPF343 and SPF343C Trailer Mounted Pumpers Configuration Parameters
Thermal Spray Procedures for Tyrone Drive Shaft (Pump Gear){0679, 3066, 5073} Thermal Spray Procedures for Tyrone Drive Shaft (Pump Gear){0679, 3066, 5073}
C175-16 Locomotive Engine Fuel Rail Pressure Is Low
Thermal Spray Procedures for Wheel Loader Trunnion Support {0679, 3260, 3268} Thermal Spray Procedures for Wheel Loader Trunnion Support {0679, 3260, 3268}
Thermal Spray Procedures of Differential Carrier Assemblies for Wheel Loader, Wheel Dozer, Compactor, Integrated Toolcarrier, Articulated Truck, and Wheel Tractor Scraper (WTS) {0679, 3284} Thermal Spray Procedures of Differential Carrier Assemblies for Wheel Loader, Wheel Dozer, Compactor, Integrated Toolcarrier, Articulated Truck, and Wheel Tractor Scraper (WTS) {0679, 3284}
Thermal Spray Procedures for Wheel Loader Trunnion {0679, 3268} Thermal Spray Procedures for Wheel Loader Trunnion {0679, 3268}
2012/04/02 A Stainless Steel Braided Hose Is Used for Certain G3500 Engine Fuel Heaters {1380}
Thermal Spray Procedures for Wheel Loaders, Off-Highway Trucks and Tractors, Articulated Trucks, Wheel Tractors, Compactors, and Integrated Toolcarriers Differential - Support Bearing Journal {0679, 3258, 3284} Thermal Spray Procedures for Wheel Loaders, Off-Highway Trucks and Tractors, Articulated Trucks, Wheel Tractors, Compactors, and Integrated Toolcarriers Differential - Support Bearing Journal {0679, 3258, 3284}
Thermal Spray Procedures for Differential Case - Housing Face & Pinion Thrust Face {3283} Thermal Spray Procedures for Differential Case - Housing Face & Pinion Thrust Face {3283}
Thermal Spray Procedures for Wheel Loaders, Articulated Trucks, Wheel Tractors, Compactors, and Integrated Toolcarriers Differential Case - Flange End {0679, 3258, 3284} Thermal Spray Procedures for Wheel Loaders, Articulated Trucks, Wheel Tractors, Compactors, and Integrated Toolcarriers Differential Case - Flange End {0679, 3258, 3284}
Thermal Spray Procedures for Wheel Loader - Wheel Bearing ID Bore {0679, 4201, 4215} Thermal Spray Procedures for Wheel Loader - Wheel Bearing ID Bore {0679, 4201, 4215}
Thermal Spray Procedures for Wheel Loader Spindle (OD) {3259, 4205, 4215} Thermal Spray Procedures for Wheel Loader Spindle (OD) {3259, 4205, 4215}
Thermal Spray Procedures for Transmission and Torque Converter Yokes {0599, 0679, 3001, 3030, 3101, 3160} Thermal Spray Procedures for Transmission and Torque Converter Yokes {0599, 0679, 3001, 3030, 3101, 3160}
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