RD C.Converter (R.D Cata Box)
0,00 €| Model : | |
Company name : | Iran Delco |
| Packaging : | |
Minimum order : | 1 |
| Standard : | |
| Production power : |
RD C.Converter (R.D Cata Box)
0,00 €| Model : | |
Company name : | Iran Delco |
| Packaging : | |
Minimum order : | 1 |
| Standard : | |
| Production power : |
Saturn 165/65 R13 M+S R16 Light Truck Radial Tires
0,00 €Saturn 165/65 R13 M+S R16
| Product Code: | SATURN 165/65 R13 M+S |
| PATTERN : | SATURN |
| SPECT RATIO : | 65 |
| RIM WIDTH (INCH) : | 5.0 |
| LOAD INDEX : | 77 |
| SPEED SYMBOL : | T |
| EXTERNAL DIAMETER (MM) : | 544 |
| SECTION WIDTH (MM) : | 170 |
Saturn 165/65 R13 M+S R16 Light Truck Radial Tires
0,00 €Saturn 165/65 R13 M+S R16
| Product Code: | SATURN 165/65 R13 M+S |
| PATTERN : | SATURN |
| SPECT RATIO : | 65 |
| RIM WIDTH (INCH) : | 5.0 |
| LOAD INDEX : | 77 |
| SPEED SYMBOL : | T |
| EXTERNAL DIAMETER (MM) : | 544 |
| SECTION WIDTH (MM) : | 170 |
Saturn 165/65 R13 M+S R16 Light Truck Radial Tires
0,00 €Saturn 165/65 R13 M+S R16
| Product Code: | SATURN 165/65 R13 M+S |
| PATTERN : | SATURN |
| SPECT RATIO : | 65 |
| RIM WIDTH (INCH) : | 5.0 |
| LOAD INDEX : | 77 |
| SPEED SYMBOL : | T |
| EXTERNAL DIAMETER (MM) : | 544 |
| SECTION WIDTH (MM) : | 170 |
Saturn 165/65 R13 M+S XL Light Truck Radial Tires
0,00 €Saturn 165/65 R13 M+S XL
| Product Code: | SATURN 165/65 R13 M+S |
| PATTERN : | SATURN |
| SPECT RATIO : | 65 |
| RIM WIDTH (INCH) : | 5.0 |
| LOAD INDEX : | 77 |
| SPEED SYMBOL : | T |
| EXTERNAL DIAMETER (MM) : | 544 |
| SECTION WIDTH (MM) : | 170 |
Saturn 165/65 R13 M+S XL Light Truck Radial Tires
0,00 €Saturn 165/65 R13 M+S XL
| Product Code: | SATURN 165/65 R13 M+S |
| PATTERN : | SATURN |
| SPECT RATIO : | 65 |
| RIM WIDTH (INCH) : | 5.0 |
| LOAD INDEX : | 77 |
| SPEED SYMBOL : | T |
| EXTERNAL DIAMETER (MM) : | 544 |
| SECTION WIDTH (MM) : | 170 |
Saturn 165/65 R13 M+S XL Light Truck Radial Tires
0,00 €Saturn 165/65 R13 M+S XL
| Product Code: | SATURN 165/65 R13 M+S |
| PATTERN : | SATURN |
| SPECT RATIO : | 65 |
| RIM WIDTH (INCH) : | 5.0 |
| LOAD INDEX : | 77 |
| SPEED SYMBOL : | T |
| EXTERNAL DIAMETER (MM) : | 544 |
| SECTION WIDTH (MM) : | 170 |
Spot Welding Electrode Tip
0,00 €Introduction
This product is made of a nanocomposite consists of copper alloy reinforced with aluminum oxide nanoparticles with the average size of 10 nm, which are uniformly distributed in the copper matrix. Aluminum oxide is produced through a process in which oxygen reacts with aluminum in the copper lattice in the solid state. This method, in comparison with other techniques, has the best particle size and distribution. Aluminum oxide is very hard, thermally stable and insoluble in copper. These particles not only increase the copper alloy strength but also have no significant effect on reducing the thermal and electrical conductivity of copper. The electrode tips are produced in different male or female types by cold forming process or in some cases by the machining process.
Spot Welding Electrode Tip
0,00 €Introduction
This product is made of a nanocomposite consists of copper alloy reinforced with aluminum oxide nanoparticles with the average size of 10 nm, which are uniformly distributed in the copper matrix. Aluminum oxide is produced through a process in which oxygen reacts with aluminum in the copper lattice in the solid state. This method, in comparison with other techniques, has the best particle size and distribution. Aluminum oxide is very hard, thermally stable and insoluble in copper. These particles not only increase the copper alloy strength but also have no significant effect on reducing the thermal and electrical conductivity of copper. The electrode tips are produced in different male or female types by cold forming process or in some cases by the machining process.
Spot Welding Electrode Tip
0,00 €Introduction
This product is made of a nanocomposite consists of copper alloy reinforced with aluminum oxide nanoparticles with the average size of 10 nm, which are uniformly distributed in the copper matrix. Aluminum oxide is produced through a process in which oxygen reacts with aluminum in the copper lattice in the solid state. This method, in comparison with other techniques, has the best particle size and distribution. Aluminum oxide is very hard, thermally stable and insoluble in copper. These particles not only increase the copper alloy strength but also have no significant effect on reducing the thermal and electrical conductivity of copper. The electrode tips are produced in different male or female types by cold forming process or in some cases by the machining process.
