• Ts16949 Certificate Approved Brake Disc of 55093 (25797350) System 1
  • Ts16949 Certificate Approved Brake Disc of 55093 (25797350) System 2
  • Ts16949 Certificate Approved Brake Disc of 55093 (25797350) System 3
  • Ts16949 Certificate Approved Brake Disc of 55093 (25797350) System 4
Ts16949 Certificate Approved Brake Disc of 55093 (25797350)

Ts16949 Certificate Approved Brake Disc of 55093 (25797350)

Ref Price:
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Loading Port:
Qingdao
Payment Terms:
TT OR LC
Min Order Qty:
100 set
Supply Capability:
50000 set/month

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Product Details

Basic Info.

Certification:ECE

Type:Brake Discs

Material:Non-Asbestos

Position:Front

Export Markets:Global

Product Description

Brake disc 
Standard: E-MARK 
Origin: China 
Features: 
1) Hardness: 180-240HB 
2) Long service life 
3) 100% crucial dimension inspection 
4) 100% qualification 
5) Low noise 
Standard for casting is G3000. Standard for machining is SAE-J431. 
We use AIMCO# and OEM# and right now we have more than 1, 900 items that can be supplied to the aftermarket 

AIMCO#

AIMCO#

AIMCO#

AIMCO#

AIMCO#

AIMCO#

AIMCO#

3102

3438

5361

5588

8978

31163

31353

3104

3441

5362

5590

8979

31164

31354

3106

3444

5364

5593

8980

31165

31355

3107

3445

5365

5594

8981

31166

31356

3108

3446

5366

5595

8983

31168

31357

3110

3451

5367

5596

8984

31169

31358

3111

3452

5368

5598

8985

31170

31359

3112

3455

5370

5599

8986

31172

31360

3114

3457

5371

5601

8987

31173

31361

3116

3458

5372

5606

8988

31174

31362

3117

3459

5373

5607

8989

31175

31363

3118

3460

5374

5610

8990

31176

31364

3120

3462

5375

5614

8991

31177

31365

3122

3464

5376

5617

8992

31178

31366

3123

3466

5377

5618

8993

31179

31367

3124

3467

5378

5703

8994

31181

31368

3125

3468

5379

5704

8995

31182

31369

3126

3469

5381

5712

8996

31184

31370

3130

3470

5382

8101

8997

31185

31371

3132

3471

5383

8105

8998

31186

31372

3133

3472

5386

8106

8999

31188

31373

3134

3477

5387

8108

31000

31189

31374

3136

3479

5388

8109

31001

31192

31375

3137

3480

5389

8124

31002

31193

31376

3138

3482

5393

8141

31003

31197

31377

3140

3483

5394

8146

31004

31198

31378

3141

3485

5395

8147

31005

31199

31379

3146

3487

5396

8160

31006

31201

31380

3150

3488

5397

8163

31007

31202

31381

3151

3489

5398

8171

31008

31203

31382

3152

3497

5399

8173

31009

31204

31383

3153

3498

5401

8179

31010

31205

31384

3154

3502

5404

8190

31011

31208

31385

 

Q: I have a 2007 Yamaha R6s. It has 4000 miles on it. I have done the 1st 600 mile service and the 4000 mile service. The dealership didn't say anything about the brakes when I picked up the bike. The brakes feel just as good as when I first got it. I was looking around and dediced to check out the front brake pads. It seems like they are thin. Is this how they are supposed to look? How long do front motorcycle brake pads last on an average.
Depends on the type of brake and the rider, but if you're not riding the fronts (or ignoring the back brakes) I can't imagine OEM pads going out at 4k miles. Most replacements advertise 15,000, and the R6 should come with decent kit. Check the pads at the bottom if you can, that's where you want to see more mm, the tops will tend to look thin anyway. And if you're really worried, swing into a Yama dealership and check out the brakes on the new ones or ask a tech to take a peek.
Q: .and can you use either kind?
Organic (or non-asbestos) Pads: This type of motorcycle brake pad is made by mixing non-asbestos fibres, such as glass, rubber, carbon, and Kevlar, with filler materials and high-temperature resins. The resins act like a thermo-set plastic, which holds the components together like glue. They can have a small proportion of metal and are then occasionally called 'sintered'. Largest market share among motorcycle brake pad types Lower brake disk wear A softer bite point and therefore easier to control Softer compound which creates less noise, but can wear faster and create more dust. Thermal performance to 800deg C Longer bed-in time required Prone to glazing when standard thermal performance limits are reached Sinter Pads: These pads have a very high metal content. Sinter motorcycle brake pads heat up more quickly and run to a higher temperature. With more kinetic energy converted more quickly to heat, they are very effective. It is important how they are made though: Run your fingers over premium sinter brake pads and you feel a smooth surface of finely cut, evenly distributed metal particles – do the same with budget pads and you get a rougher surface that acts like wire wool on your brake disc. Higher friction levels, which are maintained in wet conditions Low tendency to 'fading' brake performance in extreme conditions Shorter bed-in period A defined bite point A higher running temperature, also affecting the brake disc surface Not suitable for all brake discs (cast iron) or callipers More prone to suffer corrosion Brake fluid requires more frequent inspection As a very general rule, sinter motorcycle brake pads perform best on steel brake discs and organic pads tend to be kinder to cast iron discs.
Q: When you brake, is downshifting basically partially holding the clutch until you actually shift?I'm fairly new, and I noticed if I somewhat squeeze the clutch rather than squeeze it all the way down I brake quicker. I haven't done it more though since I'm not sure if it is bad for my bike.Thank you.
When you brake you can also change gear and you can use the engine to slow using engine braking, done properly this does not damage the bike. If you do it wrong you will be able to hear (and feel).
Q: Can you please just describe the test.thank you.!!
You ride a course set up in the parking lot, usually painted on the blacktop but sometimes with cones and sometimes with both. You have to negotiate a full circle both left/right turning without putting your feet/foot on the ground. You must accelerate in a straight line, slow at a marker and stop without skidding at the last marker. You must be able to engage your turn signals while moving. You must NOT put your feet/foot down at anytime except where instructed to stop and remember a 'full stop' is BOTH feet on the ground.
Q: The ones you do not maintain, if you always check bolts, nuts, oil levels, engine, fork, and case oils that is. And change oil every 1000-1500 miles most motorcycles will last you forever, its when you don't take care of things and maintain them you have problems
It's break down and metric bikes rarely break down.
Q: I understand you need a motorcycle license to operate a scooter over 50ccin this case a 149cc. But is there special classes specifically for mopeds? Because a motorcycle is totally different than a moped, so it would not make sense taking that class.
Scooters are usually two-wheel motorcycle-type motor vehicles 50 cc or less or 2 brake horsepower or less gas engines that have automatic transmissions. Mopeds also have 50 cc or less engines with two wheels, but have pedals and may be operated solely by human power. In order to legally operate scooters, mopeds, and other 2-3 wheel small engine motor vehicles, at least a Class E driver license and tag/registration are required. Persons 16 and older may operate a moped or ride as a passenger without a helmet. Persons under 16 may not operate a moped, but may ride as a passenger with protective headgear securely fastened upon their head.
Q: What kind of bike is the instructor using in this video?
Looks like a Suzuki Gladius, 650 vtwin.
Q: Was riding the motorcycle and the wheel just locked up. I came to a skidding stop. It won‘t roll, won‘t go in to neutral or shift easily. Am I looking at a transmission or final drive problem?
something wrong in the drive shaft most likely. Have you kept up with the proper oil in that drive shaft? It only needs to be changed twice a year.
Q: How much would this normally take to do and cost though it is free from Suzuki. I just need to have a rough estimate of timeAlso what exactly does this entail? Is it a full brake flush and refill and changing out parts or what?
remove and replace the part. Flush and bleed the brake system with new brake fluid. Probably a couple of hours, but ask your service department.

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