WHAT IS “POSITIVE MOLDING TECHNOLOGY” AND WHY IS IT BETTER?

 

Positive Molding Technology is an important factor in production of MÜLLER products. Positive molding results in a more uniform density in the production of the brake pad. It also allows using less resin content in formulation of the brake pad which can lead to improvement in the fading characteristic of the brake pad. The brake pads produced by positive molding process is proven to have much better stopping performance.

 

WHAT ARE THE DIFFERENCES BETWEEN THE CERAMIC AND NON-CERAMIC FORMULATIONS?

 

MÜLLER Ceramic products utilize a non-ferrous formulation to reduce noise, disk wear and dusting. Both ceramic and semi metallic formulations do offer stable friction performance in the right environment, across wide temperature ranges.

 

WHAT IS THE WARRANTY, FOR MÜLLER PRODUCTS?

 

MÜLLER products have a warranty of 12,000 Mi./20,000 km or one year. This warranty applies to normal wear and tear, under normal environmental conditions. We also replace any manufacturing defect, provided the brake pad or shoe has not been installed.

 

DO MÜLLER BRAKE PADS INCLUDE SHIMS?

 

Yes. MÜLLER brake pads do come with anti-rattle pre-attached shims.

 

HOW IS THE BACKING PLATE ATTACHED TO MÜLLER BRAKE PADS?

 

The backing plate of MÜLLER brake pads is integrally moulded, rather than riveted. This ensures more strength and less flex.

FAQ

Our Toll Free Number +1 888 511 9944 is the answer to your questions; whether in regard with MÜLLER products and technology, customer issues or concerns, and/or your recommendations and tips.

 

Just call, or even send us an email at sales@mullerbrakes.com.

Customer Support

1. Starting point:

It is important any defective or worn parts to be replaced. Visually check the brake disc, pads and all relevant components in the axle and the hydraulic system for any sign.

 

2. Rust removing:

 

Remove rust from the contact surface and the hub edge after dismantling the old brake discs. Use suitable tools (e.g., paper sand, wire brush, etc.).

Make sure not to damage the wheel hub. Make sure the caliper which is still connected to the hydraulic system, to be fastened and no tensile load is exerted on the brake hose.

 

3. Hub and contact surface cleaning:

 

Clean the bright metal contact surface using a brake cleaner.

4. Rust removing from the guide shafts of the caliper bracket

 

Remove rust and residues from the guide shafts of the dismantled caliper bracket. Use a wire brush or brake caliper file.

Check visually to make sure for no damage on caliper bracket.

5. Using grease for guide surfaces

 

Grease the cleaned guide surfaces of the caliper bracket with a heat-resistant, nonconductive, and solids-free (non-metallic).

Do not use copper paste

6. Brake disc fitting

 

Fit the new brake disc on the wheel hub and fasten with the retaining screws. Measuring the newly fitted brake discs for lateral run-out approx. 15 mm below the maximum radius using a dial gauge recommended.

7. Brake piston moving back

 

To prevent the piston jamming or twisting, the brake piston must always be moved back using suitable adjusting tools.

Make sure to use an appropriate tool for different versions of the caliper and/or the brake system. Manufacturer-specific requirements and special tools should be observed.

8. Contact points greasing

 

Metal free anti-squeal lubricant is not required where damping lacquer coatings or damping shims are fitted.

Lubrication is only vital in the contact points of the pad and on the guide shafts so use the metal free anti-squeal lubricant in the area of contact of the pad on the guide shafts.

The torque settings and guidelines of the vehicle and system manufacturers are to be observed in all steps of the repair process.

Brake
Replacement Tips

Brake Replacement Tips

Code: WI-20, Rev.:0, Date: 15 Dec. 2016

Fault Diagnosing
Checklist

500 - 99 Hudson St, New York, 10013, USA
Toll Free: +1 888 511 9944

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