Reverse Shrink Fitting
Press Fitting Steel Sleeves
Shrink Fitting Hammer Bits
Reverse Shrink Fitting
Press Fitting Steel Sleeves
Shrink Fitting Hammer Bits
shrink fitting Application Notes
Select from our collection of shrink fitting notes, developed over 39 years supporting our customers. Read how we helped to solve their process heating challenges!
Heat customer supplied parts to 300-400 °F for a shrink fitting and a reverse shrink fitting application
Shrink Fitting a Water Pump Shaft
Shrink fit customer supplied water pump parts to 800 °F
Shrink Fitting Steel Pipe Assemblies
To shrink fit steel pipe assemblies; the end product is a glass processing system
Induction is typically a faster heating method for shrink fitting than alternatives like oven heating, offering instant on/instant off heating and
localized heating, making it an efficient option.
Shrink Fitting Magnetic Steel Pistons
Using induction for shrink-fitting magnetic steel pistons onto a chrome shaft; the client was using an unreliable handheld induction system and wanted a higher quality induction shrink-fitting solution.
Shrink-fitting hammer bits with induction for the insertion of carbide buttons; the end product is a drilling tool for the oil and gas industry.
Shrink Fitting a Magnetic Steel Gear
Induction shrink-fitting with EASYHEAT takes 45 minutes to heat the sample to the required temperature. The current oven process takes over two hours.
Shrink Fitting of Roller Bearings
A multi-turn helical coil delivers uniform heat to the entire range of the bearing sizes in the transverse mode.
Shrink Fitting an Aluminum Tube
With an EASYHEAT 2 kW induction shrink-fitting system, the aluminum tube heated to the required temperature within 30 seconds. Shrink fitting then took place
Shrink fitting an automotive aluminum motor housing
Induction shrink-fitting is fast, presents significant energy savings over an electric oven, requires a more modest footprint than an oven and can be easily integrated into an automated process
Inserting a Steel Bushing to an Aluminum Hub
The client currently uses an electric oven and the heating time is two hours, so at 60 seconds, the time savings with induction shrink-fitting is very significant
Shrink Fitting A Gear to a Shaft
The customer was using a torch, which can lead to inconsistent part quality. Induction's precise heating means the client can count on consistent results in their process
Shrink Fitting an Aluminum Motor Housing
The customer was using a cold press, but it was creating part defects. This was resolved with induction heating: the process took just two minutes compared to 40 minutes and they were able to achieve their targeted production rate.
Shrink Fitting Stainless-Steel Sleeve & Shaft
The customer currently uses electric ovens that run 24 hours a day, 5 days per week and their primary concern is to save on the energy cost of heating the parts in the ovens.
Shrinkfitting a steel mud pump liner
A twenty-turn helical coil is used to heat the chain. The chain is fed through the coil at a rate of 1 meter per minute to reach the desired 1760 °F (960 °C) for the tempering process...
Shrink fit a steel gear onto a steel gear motor shaft
A four-turn helical internal coil is used to heat the gear bore. The coil is inserted into the gear bore and power is applied for 90 seconds to reach the required 400 °F (204 °C) and expand the gear bore...
shrink-fitting a carbide ring into a valve seat
A three turn helical coil is used to heat the steel valve seat. The steel valve seat is placed in the coil and heated for 50 seconds to enlarge the center hole & drop the carbide ring in for the shrink-fitting process.
Shrink-fitting auto turbo charger impeller blades onto an aluminum shaft
Induction heating provides repeatable results, reduced cycle time, lower consumables cost and even distribution of heating
Shrink fitting aluminum pulley to insert inner bearing
A three turn helical coil is used to heat the aluminum pulley. The pulley is heated to 464 °F (240 °C) in 20 seconds to expand the inner diameter and then the inner bearing is inserted to form the completed part.
shrink-fitting an assembled wrist pin into a connecting rod
Induction heating provides more accurate control of heat vs a flame burner, it heats only the knuckle, not the whole part, it prevents discoloring due to lower temperature used and increases productivity due to repeatability & ease of operation. A foot pedal & timer is used.
shrink-fitting a cast iron rocker arm assemblies
A four-turn helical coil heats the ring at one end of the assembly. The coil is designed to concentrate the field towards the center of the assembly where the thermal mass is greatest.
Shrink fit a motor shaft and roller
Processing with induction heat saves power and time. The complete tube does not have to reach the desired temperature as it does when heating with an oven. Being able to selectively heat a zone allows for a much quicker transfer of heat.
Shrink-fitting a Camshaft Gear
Heating a camshaft gear with a bore size of 1.630 inch to shrink fit over a steel shaft that has a diameter of 1.632 inch. A temperature of 500F is required for the gear to expand 0.002 inch in order to slip over the shaft.
shrink-fitting a Fuel Pump Housing and Inserts
To heat an aluminum fuel pump housing measuring 8 x 45 x 3.5 in to 375 °F, allowing steel parts to be inserted.
Shrink fit a carbon graphite ring insert into an outer steel band
To heat a steel band to 1000 °F (538 °C) and insert a carbon graphite ring into the center of the steel band.
Shrink Fitting Cam Shaft Gears
To heat aluminum and steel camshaft gears to over 500 °F within 4 minutes for a shrink fitting application.
Shrink Fitting a Steel Part & Casing
A specially designed multiple turn internal helical coil was used to provide the heat to the various steel parts.
shrink fitting Application Notes
Thank you Friend for trusting us with your shrink fitting inquiries. Read any of our application notes below without registration.
Heat customer supplied parts to 300-400 °F for a shrink fitting and a reverse shrink fitting application
Shrink Fitting a Water Pump Shaft
Shrink fit customer supplied water pump parts to 800 °F
Induction is typically a faster heating method for shrink fitting than alternatives like oven heating, offering instant on/instant off heating and
localized heating, making it an efficient option.
Shrink Fitting Steel Pipe Assemblies
To shrink fit steel pipe assemblies; the end product is a glass processing system
Shrink Fitting a Steel Part & Casing
A specially designed multiple turn internal helical coil was used to provide the heat to the various steel parts.
Shrink Fitting Magnetic Steel Pistons
Using induction for shrink-fitting magnetic steel pistons onto a chrome shaft; the client was using an unreliable handheld induction system and wanted a higher quality induction shrink-fitting solution.
Shrink-fitting hammer bits with induction for the insertion of carbide buttons; the end product is a drilling tool for the oil and gas industry.
Shrink Fitting a Magnetic Steel Gear
Induction shrink-fitting with EASYHEAT takes 45 minutes to heat the sample to the required temperature. The current oven process takes over two hours.
Shrink Fitting of Roller Bearings
A multi-turn helical coil delivers uniform heat to the entire range of the bearing sizes in the transverse mode.
Shrink Fitting an Aluminum Tube
With an EASYHEAT 2 kW induction shrink-fitting system, the aluminum tube heated to the required temperature within 30 seconds. Shrink fitting then took place
Shrink fitting an automotive aluminum motor housing
Induction shrink-fitting is fast, presents significant energy savings over an electric oven, requires a more modest footprint than an oven and can be easily integrated into an automated process
Inserting a Steel Bushing to an Aluminum Hub
The client currently uses an electric oven and the heating time is two hours, so at 60 seconds, the time savings with induction shrink-fitting is very significant
Shrink Fitting A Gear to a Shaft
The customer was using a torch, which can lead to inconsistent part quality. Induction's precise heating means the client can count on consistent results in their process
Shrink Fitting an Aluminum Motor Housing
The customer was using a cold press, but it was creating part defects. This was resolved with induction heating: the process took just two minutes compared to 40 minutes and they were able to achieve their targeted production rate.
Shrink Fitting Stainless-Steel Sleeve & Shaft
The customer currently uses electric ovens that run 24 hours a day, 5 days per week and their primary concern is to save on the energy cost of heating the parts in the ovens.
Shrinkfitting a steel mud pump liner
A twenty-turn helical coil is used to heat the chain. The chain is fed through the coil at a rate of 1 meter per minute to reach the desired 1760 °F (960 °C) for the tempering process...
Shrink fit a steel gear onto a steel gear motor shaft
A four-turn helical internal coil is used to heat the gear bore. The coil is inserted into the gear bore and power is applied for 90 seconds to reach the required 400 °F (204 °C) and expand the gear bore...
shrink-fitting a carbide ring into a valve seat
A three turn helical coil is used to heat the steel valve seat. The steel valve seat is placed in the coil and heated for 50 seconds to enlarge the center hole & drop the carbide ring in for the shrink-fitting process.
Shrink-fitting auto turbo charger impeller blades onto an aluminum shaft
Induction heating provides repeatable results, reduced cycle time, lower consumables cost and even distribution of heating
Shrink fitting aluminum pulley to insert inner bearing
A three turn helical coil is used to heat the aluminum pulley. The pulley is heated to 464 °F (240 °C) in 20 seconds to expand the inner diameter and then the inner bearing is inserted to form the completed part.
shrink-fitting an assembled wrist pin into a connecting rod
Induction heating provides more accurate control of heat vs a flame burner, it heats only the knuckle, not the whole part, it prevents discoloring due to lower temperature used and increases productivity due to repeatability & ease of operation. A foot pedal & timer is used.
shrink-fitting a cast iron rocker arm assemblies
A four-turn helical coil heats the ring at one end of the assembly. The coil is designed to concentrate the field towards the center of the assembly where the thermal mass is greatest.
Shrink fit a motor shaft and roller
Processing with induction heat saves power and time. The complete tube does not have to reach the desired temperature as it does when heating with an oven. Being able to selectively heat a zone allows for a much quicker transfer of heat.
Shrink-fitting a Camshaft Gear
Heating a camshaft gear with a bore size of 1.630 inch to shrink fit over a steel shaft that has a diameter of 1.632 inch. A temperature of 500F is required for the gear to expand 0.002 inch in order to slip over the shaft.
shrink-fitting a Fuel Pump Housing and Inserts
To heat an aluminum fuel pump housing measuring 8 x 45 x 3.5 in to 375 °F, allowing steel parts to be inserted.
Shrink fit a carbon graphite ring insert into an outer steel band
To heat a steel band to 1000 °F (538 °C) and insert a carbon graphite ring into the center of the steel band.
Shrink Fitting Cam Shaft Gears
To heat aluminum and steel camshaft gears to over 500 °F within 4 minutes for a shrink fitting application.
10 Shrink Fitting Notes
We have collected these 10 popular application notes to help you understand the many ways induction heating can improve your shrink fitting processes.
10 Automotive Application Notes
We have collected these 10 popular Application Notes to help you understand the many ways induction heating can improve your precision automotive manufacturing processes.
AMBRELL CORPORATION
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AMBRELL B.V.
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The Netherlands
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AMBRELL Ltd.
148-149 Gt Charles Street
Birmingham, GL51 9FL
United Kingdom
T: +44 1242 514042
F: +31 546 788 154
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