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China Kipardo 17 18 inch factory wholesale 6 hole custom car aluminum alloy rims 4x4 offroad wheels Supplier, Service
Product Description
MODEL NO: 38321
High Quality Factory Wholesale Aluminum Alloy Offroad Wheels
| Size | 17x9, 18x9 | Material | Aluminum Alloy |
|---|---|---|---|
| PCD | 5/6x114.3~139.7; 6x114.3-139.7 | MOQ | 80 PCS |
| Standard Carton | Brown Carton / White Carton | Warranty | 3 Years |
| Highlight | High quality factory wholesale aluminum Alloy offroad wheels | ||
Manufacturing & Customization Services
Pre-Sale & After-Sale Service
All details confirmed prior to sample/mass production. Sample orders accepted for testing, with a free sample policy applied upon ordering.
Custom Branding & Finishes
Custom LOGO engraving (milled letters and words) on wheels, custom center caps, carton LOGO customization, and requested finishes.
Advanced Craftsmanship
Multiple production technologies supported, including Forged, Flow Forming, and Low Pressure casting.
Forging Wheel Hub Technology Overview
Forging wheel hub is a kind of manufacturing technology commonly used in current automotive manufacturing industry. The process is mainly completed by the stamping of hot blank by the forging machine on the die of the brake drum, and the blank is forced to be formed under high pressure.
The forging wheel hub features high strength, superior performance, and great rigidity. As a result, deformation of the wheel hub is significantly reduced during driving. In addition, compared with ordinary stamping wheel hubs, the forging process delivers higher overall productivity—even for complex wheel hub shapes. Production efficiency can be reliably achieved and enhanced with the support of precision forging machinery.
The forging wheel hub is primarily used in the rear axle of large trucks as well as small and medium buses. According to the required dimensions and pattern positioning, various forging wheel hubs and brake drums can be manufactured. Moreover, the forging process is ideally suited for producing large-scale hubs with complex shapes, effectively satisfying diverse vehicular requirements.
Therefore, the forging wheel hub is a preferred option across the automotive production industry. It not only meets diverse vehicle requirements but also minimizes hub deformation during driving, increasing service life and enhancing overall vehicle safety.
Frequently Asked Questions (FAQ)
1. How do you guarantee the quality of your wheels and products?
Our quality assurance program involves strict multi-tier controls:
- Material Purchase Control: Materials imported from countries specializing in premium resources, such as Malaysia and Thailand.
- Advanced Equipment: Including German Krupp mixers and Netherlands VMI tire building machinery.
- 100% Inspection: Semi-finished units undergo 100% inspection with near 100% qualified rates.
- Comprehensive Testing: Each unit is subjected to 5 rounds of inspection including appearance, X-ray, and dynamic tests.
2. What payment terms are accepted?
We offer standard global trade payment terms:
- FOB: 30% T/T deposit, 70% balance before shipment.
- C&F: 30% T/T deposit, balance payable against copy of B/L within 10 days.
- L/C: Irrevocable L/C at sight.
3. What custom design options are available for wheels and packaging?
We support wheel surface LOGO customization (milled letters and words), center cap customization, tailored carton LOGO printing, and requested wheel finish treatments.
4. Can I order samples before placing mass production orders?
Yes. Sample orders are supported for testing prior to bulk production. All specifications will be verified beforehand, and we offer a free sample policy when an official order is placed.
5. What manufacturing techniques are available for these wheels?
Production capabilities include Forged manufacturing, Flow Forming, and Low Pressure casting processes to suit different durability and performance targets.
6. What are the key advantages of forged wheel hubs?
Forged wheel hubs deliver superior structural strength, higher rigidity, and minimal in-service deformation. They offer exceptional operational safety, extended component lifespan, and high manufacturing efficiency even for complex and large patterns.
