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Carbon Ceramic Brake Discs

Innovacera Carbon Ceramic Brake Discs are engineered for extreme braking performance in high-speed, high-load, and high-temperature environments. Manufactured from advanced carbon fiber–reinforced ceramic matrix composites, these brake discs combine exceptional thermal stability, low density, and outstanding wear resistance, making them ideal for high-performance automotive and motorsport applications.

Carbon Ceramic Brake Discs

Product Description

Carbon Ceramic Brake Discs are designed to deliver consistent braking force under severe operating conditions. Compared with traditional cast iron brake discs, carbon ceramic materials offer significantly reduced weight, superior heat resistance, and a much longer service life.

The carbon–ceramic composite structure ensures excellent resistance to thermal shock and deformation, even under repeated high-energy braking. These properties help maintain stable friction coefficients, reduce brake fade, and improve overall vehicle control and safety.

Key Features

Excellent high-temperature resistance with stable braking performance
Low density and lightweight design for reduced unsprung mass
Outstanding wear resistance and long service life
High thermal conductivity for efficient heat dissipation
Strong resistance to thermal shock and oxidation
Suitable for extreme braking conditions and high-speed operation

Applications

Carbon Ceramic Brake Discs are widely used in demanding braking systems, including:
High-performance sports cars
Supercars and luxury performance vehicles
Motorsport and racing vehicles
Track-day and performance-modified vehicles
Advanced braking systems requiring lightweight and high thermal stability

Material Advantages

Carbon ceramic composites combine the strength of carbon fibers with the thermal and chemical stability of ceramic matrices. This structure enables the brake discs to maintain mechanical integrity at elevated temperatures while minimizing thermal expansion and material fatigue, ensuring reliable braking performance over long-term use.

Overview

Product Diameter ‘a’ (mm) Thickness ‘b’ (mm) Width ‘c’ (mm) P.C.D ‘e’ (mm) Diameter ‘d’ (mm) Thickness ‘f’ (mm) Diameter ‘g’ (mm) Diameter ‘h’ (mm) Weight (kg)
350X32D65 350 32 65 9 200 18 220 180 3.82
355X28D54 355 28 54 9 227 18 247 207 3.15
355X32D54 355 32 54 9 227 18 247 207 3.44
355X32D62 355 32 62 9 211 18 231 191 3.78
355X32D67 355 32 67 9 201 18 221 181 3.97
360X26D55 360 26 55 9 230 18 250 210 2.98
360X26D69 360 26 69 9 202 18 222 182 3.45
360X32D64 360 32 64 9 212 18 232 192 3.92
370X24D68 370 24 68 9 214 17 234 194 3.30
370X30D72 370 30 72 9 206 18 226 186 4.22
378X36D56 378 36 56 9 246 23 266 226 4.41
380X28D54 380 28 54 9 252 18 272 232 3.40
380X28D57 380 28 57 9 246 18 266 226 3.53
380X28D61 380 28 61 9 238 18 258 218 0
380X28D68 380 28 68 9 224 18 244 204 0
380X30D60 380 30 60 9 240 18 260 220 3.87
380X32D56 380 32 56 9 248 18 268 228 3.83
380X34D64 380 34 64 9 232 23 252 212 0
380X34D72 380 34 72 9 216 23 236 196 4.93
380X34D80 380 34 80 9 202 23 220 180 0
380X36D72 380 36 72 9 216 23 236 196 5.24
380X36D80 380 36 80 9 200 23 220 180 0
390X32D68 390 32 68 9 234 18 254 214 4.51
390X36D72 390 36 72 9 226 23 246 206 5.43
393X36D88 393 36 88 9 197 23 217 177 6.21
400X28D58 400 28 58 9 264 18 284 244 3.79
400X36D72 400 36 72 9 236 23 256 216 5.59
400X36D90 400 36 90 9 200 23 220 180 6.45
405X34D62 405 34 62 9 261 23 281 241 4.84
405X34D72 405 34 72 9 241 23 261 221 5.34
410X32D68 410 32 68 9 254 18 274 234 4.80
410X36D72 410 36 72 9 246 23 266 226 5.77
410X36D78 410 36 78 9 237 23 252 212 6.11
420X40D101 420 40 101 9 198 23 218 178 8.09
440X40D101 440 40 101 9 218 23 238 198 8.62
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