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D0036 No/Low-Met Disc Pads: Front - Ford
Our Non-Asbestos, No or Low Metallic Formulation (N) is generally used on earlier vehicles with larger rotors or in the rear of a vehicle where heat was not an over-riding issue.
Our non-asbestos low-metallic formulation pads (N) are an ideal replacement for the original OE asbestos disc pads that were typically found in older model applications, when asbestos materials where commonly used. Our modern low-metallic disc pads formulations provide great performance and stopping power at an affordable price
All of our Non-Asbestos, No or Low Metallic brake pads feature mechanically
attached, application specific constrained layer shims when required by OEM specifications for superior
noise abatement. We highly recommend applying a small amount of heavy
molybdenum disulfide paste on all sliding metal contact surfaces.
Equivalent to:
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D0339 No/Low-Met Disc Pads: Rear - Honda
Our Non-Asbestos, No or Low Metallic Formulation (N) is generally used on earlier vehicles with larger rotors or in the rear of a vehicle where heat was not an over-riding issue.
Our non-asbestos low-metallic formulation pads (N) are an ideal replacement for the original OE asbestos disc pads that were typically found in older model applications, when asbestos materials where commonly used. Our modern low-metallic disc pads formulations provide great performance and stopping power at an affordable price
All of our Non-Asbestos, No or Low Metallic brake pads feature mechanically
attached, application specific constrained layer shims when required by OEM specifications for superior
noise abatement. We highly recommend applying a small amount of heavy
molybdenum disulfide paste on all sliding metal contact surfaces.
Equivalent to:
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D0541 No/Low-Met Disc Pads: Rear - Volvo
Our Non-Asbestos, No or Low Metallic Formulation (N) is generally used on earlier vehicles with larger rotors or in the rear of a vehicle where heat was not an over-riding issue.
Our non-asbestos low-metallic formulation pads (N) are an ideal replacement for the original OE asbestos disc pads that were typically found in older model applications, when asbestos materials where commonly used. Our modern low-metallic disc pads formulations provide great performance and stopping power at an affordable price
All of our Non-Asbestos, No or Low Metallic brake pads feature mechanically
attached, application specific constrained layer shims when required by OEM specifications for superior
noise abatement. We highly recommend applying a small amount of heavy
molybdenum disulfide paste on all sliding metal contact surfaces.
Equivalent to:
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D0842S High Heat Formulation Disc Brake Pad Set - Mazda
Best In Class Friction Formulation
Made In America
Long Life, Low Rotor Wear, No Noise, No Dust
This Heavy Duty Fleet (HDM) Formulation is used on commercial and automotive fleet vehicles, police, emergency, and other extreme duty applications where a high-heat, long-life disc pad is required.
* Our Heavy Duty Semi-Metallic is our "Extreme High Heat" formulation providing an industry leading heat range of up to 1000 degrees Fahrenheit!
* Another major significance of our HDM formulation is that it does not exceed the Measure of Hardness (MOH rating) of the brake rotor. This ensures very long life of the disc pads and rotors (up to three times longer than competitors' pads) because the pads and rotors wear evenly throughout the life of the pad.
* These pads are post-press cured for twenty four hours for outstanding off the shelf performance and durability.
* This formulation contains no asbestos, no copper, and no lead. A Greener formulation for a better environment.
All these factors reduce the "Cost-Per-Mile" of a brake job which is the most important consideration for fleet operations when purchasing brake pads. This is what makes the Phoenix Friction Products HDM Brake Formulation the most cost-effective set of Disc Brake Pads on the market today!
Equivalent to: D842, MKD842, 7718-D842
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D0537 No/Low-Met Disc Pads: Rear - Honda
Our Non-Asbestos, No or Low Metallic Formulation (N) is generally used on earlier vehicles with larger rotors or in the rear of a vehicle where heat was not an over-riding issue.
Our non-asbestos low-metallic formulation pads (N) are an ideal replacement for the original OE asbestos disc pads that were typically found in older model applications, when asbestos materials where commonly used. Our modern low-metallic disc pads formulations provide great performance and stopping power at an affordable price
All of our Non-Asbestos, No or Low Metallic brake pads feature mechanically
attached, application specific constrained layer shims when required by OEM specifications for superior
noise abatement. We highly recommend applying a small amount of heavy
molybdenum disulfide paste on all sliding metal contact surfaces.
Equivalent to:
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D0655 High Heat Formulation Disc Brake Pad Set - Dodge, Ford
Best In Class Friction Formulation
Made In America
Long Life, Low Rotor Wear, No Noise, No Dust
This Heavy Duty Fleet (HDM) Formulation is used on commercial and automotive fleet vehicles, police, emergency, and other extreme duty applications where a high-heat, long-life disc pad is required.
* Our Heavy Duty Semi-Metallic is our "Extreme High Heat" formulation providing an industry leading heat range of up to 1000 degrees Fahrenheit!
* Another major significance of our HDM formulation is that it does not exceed the Measure of Hardness (MOH rating) of the brake rotor. This ensures very long life of the disc pads and rotors (up to three times longer than competitors' pads) because the pads and rotors wear evenly throughout the life of the pad.
* These pads are post-press cured for twenty four hours for outstanding off the shelf performance and durability.
* This formulation contains no asbestos, no copper, and no lead. A Greener formulation for a better environment.
All these factors reduce the "Cost-Per-Mile" of a brake job which is the most important consideration for fleet operations when purchasing brake pads. This is what makes the Phoenix Friction Products HDM Brake Formulation the most cost-effective set of Disc Brake Pads on the market today!
Equivalent to: D655A, MKD655A, 7677-D655
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