[HB22] Hyundai iLoad TQ (2007-2001) Front Brake Pads

HB22-Street

Regular price $130.00
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Compound Options

Fitment:

Make: Hyundai
Model: iLoad 2007-2001
Model Code: TQ
Variant:
Pad Fitment: Front Calipers
Elig Pad: HB22

Cross Compatible with:

NISSHINBO NP6005 MINTEX MDB2921
BENDIX DB1940 FMSI D1566
SB BP10458 MK D11236M
PAGID T1724 TRW GDB3448
BREMBO P30041 FERODO FDB4113

Dimensions:

Elig HB22 Brake Pad - Width: 164.50mm, Height: 63.20mm, Thickness: 16.30mm

Elig Brakes Standard Street N95B Pad

The STREET N95B brake pads are a perfect replacement for standard OEM pads. Designed for both daily street use and spirited driving, they offer increased braking performance over OEM with a greater temperature operating range.

Often cheaper to replace than OEM with low dust and virtually no noise, the STREET N95B offers fantastic value with increased performance over stock pads.

SPECIFICATIONS FEATURES

Operating temperature:
0~400℃

Average friction coefficient:
0.34~0.42

Materials:
NAO (Non Asbestos Organic)

Suitable for:
Street / Spirited driving / Skid pan

  • OEM equivalent or better
  • Low dust and quiet braking
  • Shorter stopping distance
  • Higher braking power
  • Lower price than OEM pads
  • Made with eco friendly materials
  • Perfect fit, no adjustments required
  • Extremely gentle on rotors
Elig Brakes Sports Pad

The SPORTS SB539 brake pads are specifically designed for high performance street cars, perfect for spirited driving. They provide direct and consistent pedal feel with a significant increase in performance over OEM pads. They effectively operate from cold and are the choice of pads for performance street cars, that want the best braking on the street and spirited driving without having to swap out pads.

SPECIFICATIONS FEATURES

Operating temperature:
0~700℃

Average friction coefficient:
0.45~0.55

Materials:
Ceramic / Carbon

Suitable for:
Street / Spirited driving / Roll Racing / Skid pan

  • Direct pedal feedback
  • Greater initial bite
  • Fade resistant – excellent for repeated hard braking
  • Great stability and control
  • Excellent pedal modulation
  • Gentle on rotors
  • Perfect fit, no adjustments required

Elig Brakes Standard Street N95B Pad

The RACING KT111 brake pads are designed for the driver who demands the highest performance from their entire braking system. They offer exceptional braking performance with an aggressive initial bite and fantastic pedal modulation, over a wide and high temperature range.

Elig RACING pads adopt an innovative manufacturing process to ensure the highest strength and longevity, with unique friction materials and design, to create the ultimate bond of pad material to the NRS baking plate.

SPECIFICATIONS FEATURES

Operating temperature:
200 ~880℃

Average friction coefficient:
0.40~0.55

Materials:
Ceramic / Carbon

Suitable for:
Time Attack / Track Days / Tarmac Rally

  • High sheer and bond strength
  • Aggressive initial bite
  • Deep groove for dust discharge
  • Ultra stability and control at braking and cornering

NRS backing plates are featured on our extreme performance Racing KT111 brake pads. NRS has earned the reputation of being “bulletproof” in its resistance to shear loads, corrosion and heat. ELIG Performance Brakes are Authorized to use NRS technology.

BENEFITS

  • Eliminate edge lift and safety issues
  • Eliminates premature replacement due to noise
  • Eliminates partially broken friction material
  • NRS allows brake pads to be run down to the last few millimeters of friction material, while still maintaining 100% retention.

Brake Pad Performance Comparison

  Street N95B Sports SB539 Racing KT111
Operating temperature:

0~400℃

0~700℃

200 ~880℃
Average friction coefficient: 0.34~0.42 0.45~0.55 0.40~0.55
Materials: NAO (Non Asbestos Organic) Ceramic / Carbon Ceramic / Carbon
Suitable for:
  • Street
  • Spirited driving
  • Skid pan
  • Street
  • Spirited driving
  • Roll Racing
  • Skid pan
  • Time Attack
  • Track Days
  • Tarmac Rally

Elig Brake Pad Performance ComparisonElig Brake Pad Performance Comparison

Click for Larger Image


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