Services

Supplying Completed Assemblies

With in-house capabilities to supply friction assemblies from start to finish let Great Lakes Friction Products do the job for you. With the addition of a 150 ton punch press and robotic welding to our already expansive fabrication capabilities Great Lakes Friction Products is able to offer Stampings, Fabrications and Weldments all done in house at a cost which reflects our low overhead. If unable to completely process here Great Lakes Frictions has established relationships with several quality outside sources.

Processing Customer Suppl ied Materials  

As a company who recognizes the diverse concepts of inventory control, Great Lakes Friction Products offers the service of processing customer-supplied materials. Whether it is Steel Carriers, Friction Linings or all the necessary components to complete your assembly. Great Lakes Friction Products will process your order using your supplied components in an expeditious manner.
 

Assistance in Friction Material Selection

With over fifty years of experience in the friction material industry let our specialist assist you with friction material selection and evaluation. Our extensive history with non-asbestos friction materials enables us the ability to offer our expertise and experience in qualifying materials to a wide array of applications.

Assistance in assembly design

When you form a partnership with Great Lakes Friction Products you harness design and supply capabilities backed by fifty-five years of experience. Whatever the challenge, Great Lakes Friction Products engineers have the expertise and resources to provide a timely and efficient solution. As R&D proceeds at Great Lakes, steps include Cad-Cam design, prototyping, metallurgical and durability studies and state-of- the-art frictional properties testing. The end result is a high tech solution tailored precisely to your needs.

Application Testing

Ready, willing and able is the approach Great Lakes Friction will take when asked to perform application testing. Today it is becoming increasingly difficult to find engineering and lab time to conduct adequate testing for qualifying materials. If our customer or potential customer is able to supply us with test units we are willing and able to conduct performance tests on existing and proposed materials.

Samples

With the understanding that samples are vital to securing new business, Great Lakes Friction will offer material samples at little or no cost. Aware the necessity for new friction material sources to be qualified, Great Lakes Friction strives to keep these costs to a minimum. With stock items we will usually offer a sample order at no or reduced cost.

Products

Light Duty Brake Bands

In house fabrication capabilities makes Great Lakes Friction Products the countries leading manufacturer of light-duty brake bands.

High quality cold rolled steel construction.

Steel thickness' to 14 gauge.

Widths available to 1.5 inches.

Diameters from 1.75” to 10”.

Several standard end sizes and configurations.

Penetrating projection welded ends.

Wide variety of lining types and sizes

Short lead times.

Go-Kart and Mini-Bike dynamic brakes

Commercial Walk-Behind Lawn Mower Steering BrakesCommercial Walk-Behind Lawn Mower Emergency Brakes

Heavy Duty Brake Bands

As our fabrication capabilities expand so does our ability. With in-house forming and robotic welding we can offer some of the more complex heavy-duty brake bands at competitive prices...

Personnel Vehicle Dynamic Brake BandAgricultural Windrower Tractor Emergency Brake BandFront-end Loader Parking Brake Band

Industrial Brake Shoes

Great Lakes Friction is able to offer brake shoes in all different shapes and sizes. Utilizing hydraulic activated bonding fixtures enables adequate bonding pressure throughout the largest of brake shoes.

Over-head Crane Brake Shoe12" Fork Lift Brake Shoe

 

Lined Clutch Shoes

Lining centrifugal clutch shoes offer smoother engagements along with increase torque. Semi-automated bonding fixtures and conveyor type ovens enable us to be one of the most competitive sources for your lined clutch shoes.

Various lined Clutch Shoes used in centrifugal clutches6" Lined Clutch Shoes used in Various Industrial Applications

Dry Friction Discs

Non-liquid cooled or dry run friction discs can be used as clutch discs, torque limiters or brakes. Great Lakes Friction is able to supply discs in all different types of configurations. Discs or “washers” stamped from strips offer an economical means achieve frictional requirements. Specially engineered tool design enables tight tolerances on diameters along with excellent edge conditions. With the ability to stamp gear teeth or shapes this offers an excellent alternative to individually molded discs. Bonded discs offer higher torque ratings for heavy-duty driven plates. Bonding capabilities ranging in size from .5 “ to 48” diameters.

 

Stamped and Molded Friction Discs Bonded Friction Discs

 

Wet Friction Plates

Wet or oil immersed friction discs are used in applications where additional cooling is required or in environments where exposure to lubricants cannot be avoided.

Various Stamped Fiber Brake Discs Plates Exhibiting Cut Grooves

Other Friction Assemblies

Not limited to the typical bands, shoes, and discs. Great Lakes Friction can offer several different types of cones, cups, pads, brackets or any other configuration required.

Different Types of Clutch Cones and Cups Bonded Pads and Brackets

Materials

GL121-119

A flexible non-asbestos semi-cured exhibiting excellent stability and wear with medium friction and good wear characteristics.

Mechanical Properties

Tensile Strength

595 PSI

Flexural Strength

Flexible

Max. Compressive Strength

4500 PSI

Max. Operating Pressure

150 PSI

Max. Rubbing Speed

3500 FPM

Friction Properties

Avg. Coefficient of Friction

0.41 Normal

0.39 Hot

Static Coefficient

0.50

Wear Rate / HP Hour

0.004 in3

Thermal Properties

Max. Operating Temp.

500° F

Physical Properties

Specific Gravity

1.98 g/cm3

Shore D Hardness

38-42


This document is a guideline. Each intended application of this material needs to be adequately evaluated using good engineering principles.

 

 

GL121-110

A flexible non-asbestos molded material with medium to high friction, good stability and good wear characteristics.

Mechanical Properties

 

Tensile Strength

400 PSI

Flexural Strength

900 PSI

Max. Compressive Strength

2500 PSI

Max. Operating Pressure

150 PSI

Max. Rubbing Speed

3000 FPM

   

Friction Properties

 

Avg. Coefficient of Friction

0.43 Normal

 

0.41 Hot

Static Coefficient

0.53

Wear Rate / HP Hour

0.009 in3

   

Thermal Properties

 

Max. Operating Temp.

500° F

   

Physical Properties

 

Specific Gravity

2.15 g/cm3

Shore D Hardness

38-42


This document is a guideline.  Each intended application of this material needs to be adequately evaluated using good engineering principles.

 

 

GL121-120

A flexible non-asbestos molded material with medium to high friction, good stability and good wear characteristics.

Mechanical Properties

 

Tensile Strength

1000PSI

Flexural Strength

2000 PSI

Max. Compressive Strength

5700 PSI

Max. Operating Pressure

150 PSI

Max. Rubbing Speed

3000 FPM

Friction Properties

 

Avg. Coefficient of Friction

0.48 Normal

 

0.47 Hot

Static Coefficient

0.66

Wear Rate / HP Hour

0.009 in3

Thermal Properties

 

Max. Operating Temp.

500° F

Physical Properties

 

Specific Gravity

2.01 gr/cm3

Shore D Hardness

42-48


 

 

GL134-142

A flexible non-asbestos molded material with medium to high friction, good stability and good wear characteristics.

Mechanical Properties

 

Tensile Strength

1000 PSI

Flexural Strength

900 PSI

Max. Compressive Strength

2500 PSI

Max. Operating Pressure

450 PSI

Max. Rubbing Speed

2500 FPM

   

Friction Properties

 

Avg. Coefficient of Friction

0.42 Normal

 

0.4 Hot

Static Coefficient

0.56

Wear Rate / HP Hour

0.011 in3

   

Thermal Properties

 

Max. Operating Temp.

700° F

   

Physical Properties

 

Specific Gravity

1.6 gr/cm3

Shore D Hardness

78-82

 

 

GL144-516

A rigid non-asbestos aramid material with medium to high friction exhibiting excellent integrity, good stability and good wear characteristics.

Mechanical Properties

Tensile Strength

3500 PSI

Flexural Strength

1500 PSI

Max. Compressive Strength

2500 PSI

Max. Operating Pressure

200 PSI

Max. Rubbing Speed

5000 FPM

Friction Properties

Avg. Coefficient of Friction

0.48 Normal

0.46 Hot

Static Coefficient

0.48

Wear Rate / SAE 661a

0.006 in3

Thermal Properties

Max. Operating Temp.

500° F

Physical Properties

Specific Gravity

1.7 g/cm3

Shore D Hardness

70-80


This document is a guideline. Each intended application of this material needs to be adequately evaluated using good engineering principles.

 

 

GL181-142

A non-asbestos molded material with high friction, good stability and good wear characteristics.

Mechanical Properties

Tensile Strength

4000 PSI

Flexural Strength

1660 PSI

Max. Compressive Strength

33000 PSI

Max. Rubbing Speed

5000 FT/MIN.

Friction Properties

Avg. Coefficient of Friction

0.56 Normal

0.52 Hot

Static Coefficient

0.49

Wear Rate / HP Hour

0.009 in3

Thermal Properties

Max. Operating Temp.

500° F

Physical Properties

Specific Gravity

2.1 gr/cm3

Gogan Hardness

10-14

 

 

GL483-115

This material is a composite friction material consisting of extremely wear resistant carbon particles, layered upon a Kevlar mat. The layered composition is bound with a high strength, highly temperature resistant phenolic resin. GL483-110 is effective for applications where a higher static coefficient of friction and lower wear rate is needed.

Fluids and Flow

This material is compatible with motor oil, automatic transmission fluids and gear lubes. Lubricants that are highly alkaline will cause the phenolic binders to break down. Fluid flow is desirable for most GL483-115 applications, flow should be adequate to prevent warping or annealing of the systems components or to prevent exceeding the 750° F max. operating temperature. Fluid flow may have a logarithmic relationship to wear rate, that is, doubling the flow rate may reduce the wear factor by 10. GL483-115 will accept cut groove patterns as may be required.

Mechanical Properties

Max. Compressive Strength

1800 PSI

Max. Operating Pressure

1800 PSI

Max. Energy Input

4.6 HP/sq. in.

Friction Properties           Static      Dynamic

Med. Energy

.11               .12

Wear Rate*

12x10-8

* Coefficient and wear rate can vary significantly depending on the environment, such as finish and hardness of mating part, unit load, lubricant and operating temperature. This wear rate has been observed operating at 1400 psi, in GM Synchromesh fluid against a mating member with a 14 micro-inch ground finish.

Thermal Properties

Max. Operating Temp.

600° F

Max. Spike Temp.

750° F


This document is a guideline. Each intended application of this material needs to be adequately evaluated using good engineering principles.

 

 

GL383-114

GL383-114 is a non-asbestos, cellulose fiber, composite friction paper. The paper composition is saturated with a high strength, highly temperature resistant phenolic resin. GL383-114 is effective for applications where a higher static coefficient of friction and lower wear rate is needed.

Fluids and Flow

This material is compatible with motor oil, automatic transmission fluids and gear lubes. Lubricants that are highly alkaline will cause the phenolic binders to break down. Fluid flow is desirable for most GL383-114 applications; flow should be adequate to prevent warping or annealing of the systems components or to prevent exceeding the 750° F max. operating temperature. Fluid flow may have a logarithmic relationship to wear rate, that is, doubling the flow rate may reduce the wear factor by 10. GL383-114 will accept cut groove patterns as may be required.

Mechanical Properties

Max. Compressive Strength

500 PSI

Max. Operating Pressure

350 PSI

Max. Energy Input

1.35 HP/sq. in.

Friction Properties           Static      Dynamic

Med. Energy

.12               .11

Wear Rate*

12x10-8

* Coefficient and wear rate can vary significantly depending on the environment, such as finish and hardness of mating part, unit load, lubricant and operating temperature. This wear rate has been observed operating at 1400 psi, in GM Synchromesh fluid against a mating member with a 14 micro-inch ground finish.

Thermal Properties

Max. Operating Temp.

600° F

Max. Spike Temp.

750° F


This document is a guideline. Each intended application of this material needs to be adequately evaluated using good engineering principles.

 

 

GL483-110

This material is a composite friction material consisting of extremely wear resistant carbon particles, layered upon a Kevlar mat. The layered composition is bound with a high strength, highly temperature resistant phenolic resin. GL483-110 is effective for applications where a higher static coefficient of friction and lower wear rate is needed.

Fluids and Flow

This material is compatible with motor oil, automatic transmission fluids and gear lubes. Lubricants that are highly alkaline will cause the phenolic binders to break down. Fluid flow is desirable for most GL483-110 applications, flow should be adequate to prevent warping or annealing of the systems components or to prevent exceeding the 750° F max. operating temperature. Fluid flow may have a logarithmic relationship to wear rate, that is, doubling the flow rate may reduce the wear factor by 10. GL483-110 will accept cut groove patterns as may be required.

Mechanical Properties

Max. Compressive Strength

1800 PSI

Max. Operating Pressure

1800 PSI

Max. Energy Input

4.6 HP/sq. in.

Friction Properties           Static      Dynamic

Med. Energy

.12               .11

Wear Rate*

12x10-8

* Coefficient and wear rate can vary significantly depending on the environment, such as finish and hardness of mating part, unit load, lubricant and operating temperature. This wear rate has been observed operating at 1400 psi, in GM Synchromesh fluid against a mating member with a 14 micro-inch ground finish.

Thermal Properties

Max. Operating Temp.

600° F

Max. Spike Temp.

750° F


This document is a guideline. Each intended application of this material needs to be adequately evaluated using good engineering principles.

 

 
 
 

Capabilities

Bonding

Several years of bonding friction materials enables Great Lakes Friction the experience to offer the highest quality bonded friction assemblies.

Quality materials and extensively developed processes reinforce our philosophy that any questionable bond is unacceptable.

  • Material analysis to familiarize us with to what we are bonding.  Whether it is “high tech” plastics, powdered metal, aluminum or carbon steel.  We have the knowledge and the resources to offer the highest quality bonds.
  • Engineered bonding fixtures to insure quality bonds done in efficient means.
  • Extensive and regulated material preparation is performed on all materials before bonding.  Our bond is only as good as the surfaces we adhere to.
  • The highest quality adhesives are used to enable our bond to maintain their strength and integrity with high shear loads at elevated temperatures.

 

Riveting

Recognizing that riveting is still is necessary in some applications.  Great lakes Friction maintains three automatic riveting machines with the versatility to handle several different styles and sizes.

Molding

Ingeniously engineered mold design is our advantage when confronted with complicated molded and integrally molded assemblies.

When a molded part is necessary Great Lakes Friction can offer cost cutting solutions on processes and tools.   Working with both compression and flash molding techniques gives us the flexibility of alternative mold designs.

Integrally molding assemblies offer a mechanically assisted bond between friction material and steel.  This can be a good alternative for applications that encounter high temperatures in application.  Friction compound is molded directly onto and into a steel carrier.  Strategically sized and located holes in the carrier offer a place for the material to flow and form a mechanical grip to the backing plate.

 

Die Cutting

Low cost tooling is one of the many benefits of a die cut part.  Since implementing a “traveling head die cutting press” Great Lakes Friction has been able to offer reductions in both tool costs and set-up times. 

Die cutting is ideal for softer, thinner materials. Parts are cut out from material with razor sharp knives in “cookie cutter” like fashion.  A properly maintained die can hold tolerances of +/- .005” over several thousand parts. 

Finish Grinding

Surface, rotary, conveyor belt and Gardener “double disc” grinders enable us to hold flatness, thickness and parallelism tolerances to .001”.  These grinding capabilities make it possible for us to offer parts with “out of box torque”.

 

Finish Machining

When parts are not suited to the grinding process machining is often a viable alternative.  Our production lathes are capable of maintaining thickness and run-out tolerances of .001”

 

Grooving

For parts that would require oil or wiping grooves, Great Lakes Friction has the capabilities to handle plates up to 42” diameter.  The operation of three grooving machines helps eliminate any bottlenecking which can often occur in secondary or finish processing.

 

Stamping

In these days of “lean manufacturing” we found it best to rely on ourselves rather than outside sources.  In-house stamping gives us the flexibility to schedule all of our needs in accordance with our ever-changing customers’ requirements.

Punch press sizes from 5 to 150 tons makes us more than just a friction material supplier.  With our presses and additional support equipment we are able to offer our customers parts from start to finish.  

Welding

Capabilities that include Spot, Projection, Mig and CNC Robotic Mig are another means in which we maintain an edge.  To satisfy the ever-increasing demand of supplying fabricated friction assemblies we felt it vital to maintain an up to date welding department. 

Since the acquisition of a CNC Robotic Welder it has opened the door for us to expand our in-house capabilities to include a variety of heavy-duty brake bands.

Contact

8964 N. 51st Street
Milwaukee, WI 53223

800-817-3847
414-365-1550
Fax 414-365-1552

info@glfp.com

 

 

 

 

 

 

 

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