We carefully select essential raw materials—like steel, rubber, and polymers—from certified global suppliers. All components meet international safety and environmental standards, ensuring smooth export compliance.See full certifications ›
Notably, our steel comes from Bekaert, widely used in premium OEM wiper blades and trusted by global brands such as BOSCH and VALEO. Our rubber and elastomers, including HYTREL® (TPEE), are selected for both durability and environmental compliance.
✅ RoHS & ELV compliant (no lead, cadmium, mercury, or chromium VI)
✅ Free from Ozone Depleting Substances (ODS)
✅ Low-VOC materials for safer production environments
✅ Tested under GADSL and 94/62/EC packaging standards
These material standards ensure our windshield wiper blades are safe, durable, and ready for global distribution.
📌 Why it matters: Helps distributors and importers avoid customs delays and ensures compliance in the EU, North America, Japan, and Korea.

To strengthen supply chain control and support global B2B buyers, our factory has independently completed material compliance testing under its own company name.
Our wiper blade materials are now officially verified through:
✅ REACH Regulation (EC No.1907/2006) – SVHC screening (251 substances) all below 0.1% w/w
✅ RoHS Directive 2011/65/EU & (EU) 2015/863 – compliant with Pb, Cd, Hg, CrVI, PBBs, PBDEs, and phthalates limits
✅ Testing based on EN IEC 62321 standards (ICP-OES, GC-MS, UV-VIS methods)
✅ Full traceability from raw material batch to finished wiper blade
All certifications are issued under BAOYI®, ensuring higher transparency, faster document support, and stronger reliability for OEM and aftermarket buyers.
📌 Why it matters: Many European and global buyers now require REACH and RoHS documentation directly from manufacturers. This reduces compliance risk and speeds up procurement approval.

All polymer components used in our products—including Zytel®, GUR®, and Fortron®—are REACH compliant and tested free of SVHCs above 0.1% w/w.
✅ Suppliers aligned with REACH Annex XIV Authorization List
✅ Proper registration of monomers and additives
✅ No additional registration required for downstream buyers
✅ Fully traceable material sourcing
✅ Stable long-term supply capability
📌 Why it matters: Minimizes legal and compliance risks in high-regulation markets and meets OEM procurement standards.

Key plastic components in our windshield wiper blades are made using Celanese KP20 NATURAL B1 (POM), a high-strength and fatigue-resistant engineering material with excellent injection stability.
MFR: 10.30 g/10min (ISO 1133-1)
MVR: 8.86 cm³/10min (ASTM D1238)
Production origin: Bishop, USA
Batch-level COA certification available
POM ensures rigidity and wear resistance in connectors, adapters, and hinge systems—critical for long-term durability in OEM and aftermarket applications.
📌 Why it matters: Stable material performance reduces defects, improves fitment, and lowers return rates for distributors.
✅ Consistent injection molding performance
✅ Reduced production defects
✅ Better structural reliability
✅ Suitable for OEM-grade aftermarket supply

To ensure consistent product quality, we implement a dual-layer quality control system:
1. Raw Material Inspection – before production
2. Final Product Validation – before packaging
All testing is aligned with international automotive standards and conducted by our in-house QC team with full traceability from batch to shipment.
Explore our quality management process, including salt spray, ozone resistance, and fatigue testing.

Every material used in our windshield wiper blades is selected and verified to support wholesale partners worldwide.
✅ Consistent product quality across batches
✅ REACH & RoHS compliant documentation ready for export
✅ Faster customs clearance for international shipments
✅ Reduced after-sales claims and returns
📌 Whether you supply to Europe, Southeast Asia, North America, or the Middle East, helps you stay compliant, competitive, and reliable.
📩 Request our latest material compliance documents
Email: enquiry@xmyujin.com
