9434210312 Trcuk Brake Disc for Benz Hot Sale

• Type: Brake Discs
• Material: Iron
• Position: Rear
• Certification: ISO/TS16949, TS16949, ISO9001, DOT, ECE
• Classification: Disc
• Drum Brakes Classification: Brake Disc
• Model NO.: 9424212112, 9424230112, 9424230012
• Main Market: South America, North America, Eastern Europe, Mild East, Southeast Asia, Africa, Western Europe, Eastern Asia, Northern Europe, Oceania, Southern Europe, Central America, South Asia, Domestic Market
• MOQ: 1 Pallet
• Quality: Supreme
• Service: Top
• Advantage: Lightweight Disc, Factory Price, Excellet Quality
• Delivery Time: 35 Days After Deposit
• Transport Package: Neutral Packing or at Buyer′s Request
• Specification: SGS, ISO, TS16949
• Trademark: Pujie
• Origin: Qingdao, China
• HS Code: 87083095
• Production Capacity: 300, 000 PCS/Year

Product Description

1.  Description of brake disc : BENZ 9434210312

 

Cast iron

CHEMICAL COMPOSITION(mass%)

C

SI

Mn

Ni

Cr

Mo

Cu

S

P

Sn

Ti

V

% MIN

3.65

1.6

0.4

/

0.15

/

0.3

/

/

/

/

/

% MAX

3.8

2.1

0.8

0.1

0.35

0.25

0.6

0.15

0.1

0.15

0.05

0.05

MICROSTRUCTURE

MATRIX

Type of matrix

Fine Lamellar

Permissible limit

5% Max, well distributed

Ledebutite

Not permissible

GRAPHITE (To UNI EN ISO 945)

Shape

∣

Distribution

A: 70% MIN

D·E:<4% Disporsed

B: Resto/Remainder

Size

3- 4 -5 : 70% MIN

2: Traces

6:≤15%

Cementite and free carbides

Traces up pt 1% MAX permissible

MECHANICAL PROPERTIES OF CASTING

HARDNESS (HBW)

On machined braking surfaces

170~210

On braking surfaces as-cast (0.5 mm below surface)

230MAX

TENSILE STRENGTH(Rm) (N/m²)

On braking surface

170 MIN

On mounting flange

WEDGE INDENTATION STRENGTH (Rmk)(N/m²)

On braking surface

125 MIN

Young's MODULUS (E) (N/m²)

/

95

PHYSICAL PROPERITIES  (Indicative values)

Density  (volumic mass)

7.1 kg/dm³

Coefficient of thermal expansion at 20 degree

9.10 1/K

Thermal conductivity at 100 degree

50 W/Mk

2. Our foundry:

The foundry - At the heart of production

The quality and productivity of our plants are what optimally ensure 20 million cast parts can leave our factory each year.
The set of procedures for manufacturing brake discs are characterised by specialised and coordinated processes. Short transport routes, carefully tailored production stage capacities and flexibility all underpin our high productivity.

Automatic core production
6 Cool-box core production centres with automated core handling
High-rack core depot with a capacity of 20,000 cores
Fully automatic core transport to moulding plants

Moulding material preparation
Computer-controlled processing of clay-bonded moulding material
3 automatic vacuum mixers

Smelting
4 medium-frequency crucible furnaces
1 unlined water-cooled hot-blast cupola furnace
1 mains frequency channel-type induction furnaces
4 mains frequency crucible furnaces
The smelting output is currently 260,000 tonnes of molten iron per year, which Buderus Guss makes exclusively using steel scrap and returns.

Moulding and casting
 6 fully automated vertical moulding plants
 6 induction-heated casting furnaces
 Camera-controlled fully automatic casting stopper controls
 Laser-controlled casting stopper control

Raw casting finishing
Blasting and grinding in a through-feed process with four countinous rocker Barrel

Automatic visual inspection of brake discs with 4 triangular laser camera systems
Automatic robot-driven packaging of brake discs