Product Parameter
|
Location |
Front brake |
Diameter |
285.2mm |
|
Brake Disc Thickness |
28mm |
Minimum Thickness |
26mm |
|
Centering Diameter |
84mm |
Height |
45.5mm |
|
Number Of Holes |
6 |
Bolt Circle Diameter |
127mm |
|
Solid Or Vented |
v |
Weight |
7.90kg |
Car Model
The front brake disc for TOYOTA 4351226140 is compatible with a wide range of cars, as follows:


Huachen Jinbei Grace MPV 2.0 2007-
Huachen Jinbei Grace MPV 2.4 2004-2005
Toyota Hiace 4th Generation Bus (H1, H2) 2.4 (RCH12_, RCH22_) 1995-1998
Toyota Hiace 4th Generation Bus (H1, H2) 2.4 D (LH10_, LH11_, LXH12_, LXH22_) 1995-2006
Toyota Hiace 4th Generation Bus (H1, H2) 2.4 D (LH10_, LH11_, LXH12_) 1999-2006
Toyota Hiace 4th Generation Bus (H1, H2) 2.4 TD (LXH12_, LXH22_) 1995-2006
Toyota Hiace 4th Generation Bus (H1, H2) 2.5 D-4D (KLH12_, KLH22_) 2001-2006
Toyota Hiace 4th Generation Bus (H1, H2) 2.5 D-4D (KLH12_) 2001-2006
Toyota Hiace 4th Generation Bus (H1, H2) 2.7 (RCH13_, RCH23_) 1998-2001
Toyota Hiace 4th Generation Bus (H1, H2) 2.7 (RCH13_, RCH23_) 2001-2006
Toyota Hiace Third-Generation Bus (_H10_) 2.0 (RZH102) 1989-1998
Toyota Hiace 4th Generation Van (_H1_, _H2_) 2.4 (RCH12_, RCH22_) 1995-2005
Toyota Hiace 4th Generation Van (_H1_, _H2_) 2.4 D (LXH12_, LXH22_) 1995-2006
Toyota Hiace 4th Generation Van (_H1_, _H2_) 2.4 TD (LXH12_, LXH22_) 1995-2006
Toyota Hiace 4th Generation Van (_H1_, _H2_) 2.5 D-4D (KLH12_, KLH22_) 2001-2006
Toyota Hiace 4th Generation Van (_H1_, _H2_)2.5 D-4D (KLH12_, KLH22_) 2001-2006
Toyota Hiace 4th Generation Van (_H1_, _H2_) 2.7 (RCH13_, RCH23_) 1998-2006
Toyota HIACE IV Wagon (H100) 2.0 1995-1998
MERCURY TRUCK Mountaineer V8-4.6L F/inj. (24V) SOHC (8) 2010
Reference No.
There are different corresponding codes for the front brake disc for TOYOTA 4351226140
|
AIMCO |
34290 |
OE |
4251226160 |
|
BREOC |
BS8636 |
OE |
425122614 |
|
CAR |
142.682 |
OE |
4351226160 |
|
BREMBO |
09.A203.10 |
OE |
4351226140 |
|
TRW |
DF4115 |
WOKING |
D6634.10 |
Surface Treatment






Every front Brake Disc for TOYOTA HIACE (OE: 43512-26140) goes through our signature three-step surface protection system. We start with deep pre-coat cleaning and precision edge deburring to create a perfectly smooth base. We then apply either electrophoretic coating, zinc-flake Dacromet or premium anti-rust oil sealing, forming a tight, uniform protective barrier. We strictly monitor coating thickness and adhesion to prevent peeling or cracking. This tough finish stands up to salt spray, humidity and long ocean shipping, keeping your discs rust-free and performing longer.
Machining Workshop
Our modern machining workshop runs on state-of-the-art CNC turning centers and high-precision surface grinders. We don't cut corners-every disc goes through fine turning, accurate hole drilling and mirror-like surface finishing. We hold tight dimensional tolerances and perform in-process checks at every stage. Our streamlined workflows ensure consistent quality across every batch. With reliable production capacity, we can easily keep up with your bulk orders and deliver perfectly machined brake discs on time, every time.Our surface treatment encompasses premium processes such as drilled & slotted, painting, and Dacromet coating. We also specialize in high - carbon, modified, and racing - grade brake discs, fully meeting the diverse and high - standard requirements of global customers.


Delivery, shipping and serving

FAQ
Q: Can you support foreign trade customization and OEM private labeling?
A: Fully supported. We offer services including specification customization, LOGO engraving and special coating customization, comply with market regulations of different countries, and meet the diverse procurement needs of wholesalers.
Q: How to ensure consistent quality for mass shipments?
A: We adopt phased inspection throughout the whole process, with strict checks at every stage from raw material sampling inspection and dynamic balance testing to appearance and anti-corrosion acceptance. It stably controls the qualified product rate and reduces overseas after-sales risks.
Q: Is surface rust on brake rotors a safety concern?
A: It depends. Light surface rust on the friction surface (e.g., the uniform reddish coating that appears after a car sits overnight) is normal for cast iron and will be worn off after a few normal brake applications. This is not a safety concern. Rust on non-friction areas (like the center "hat" or cooling vanes) mainly affects aesthetics and future serviceability but does not immediately impact braking performance. However, severe, pitted, or uneven rust on the friction surface that leads to vibration or noise when braking requires attention or replacement.
Last News
Our company has established a comprehensive, multi-stage quality inspection system that covers the entire process from "raw material intake, production process, to finished product delivery." Through standardized testing procedures and strict control of key checkpoints, we ensure that every stage complies with both process and quality standards. In order to continuously respond to market changes and meet the diverse and cutting-edge needs of our customers, we have set up a dedicated R&D team. By integrating industry resources and technological trends, we consistently drive innovation in new materials, processes, and products. We are committed to leveraging technology to enhance product development, providing our customers with safer, more reliable, and more efficient solutions.
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