XYC LP 47-20002 KR Synthetic Automotive Lithium Complex Grease for Chassis Suspension 1KG

XYC LP 47-20002 KR 1KG
minimum order: 
1 piece
Supply Ability: 
10000piece / Month
Country of Origin: 
China
Stock Time: 
3Day
Quantity:
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XYC LP 47-20002 KR Synthetic Automotive Lithium Complex Grease for Chassis Suspension 1KG

Basic Information

- Product Profile: XYC LP 47-20002 KR
- Characteristics: Lithium complex grease, synthetic automotive steering grease, EPS rack grease, noise-reducing chassis grease.
- XYC LP 47-20002 KR is an ultra-high-performance, fully synthetic specialty grease engineered with a high-purity lithium complex soap thickener suspended in a synthetic hydrocarbon base fluid.
- The"KR"designation denotes specialized structural tuning tailored specifically to meet the rigorous quality standards of top-tier global automotive specifications (particularly within the German and South Korean automotive supply chains).
- XYC LP 47-20002 KR features a precise additive system optimized to establish a durable, high-viscosity elastohydrodynamic film under persistent low-amplitude vibrations and heavy static surface pressures. This chemical design prevents metal-to-metal contact, eliminates stiction, and dampens physical macro-shuddering.

Technical Specifications

1. Advanced Noise Reduction (NVH Control): Its high base oil viscosity creates a strong physical layer between mating surfaces, which deadens tactile clicking, ticking, and structural feedback inside cabin linkages.
2. Excellent Boot & Elastomer Compatibility: Formulated to behave neutrally alongside advanced vehicle boots and protective bellows (such as TPE, TPU, and CR), preventing premature swelling, shrinking, or environmental cracking.
3. Low breakaway and running torque: Provides predictable, smooth breakaway frictional curves that prevent jerky stick-slip indexing across severe under-hood thermal fluctuations.

Primary Applications

• Automotive Steering Systems: The premier choice for steering gearboxes, electronic power steering (EPS) rack assemblies, and steering columns where fluid, zero-delay feedback is required.
• Chassis Suspension and Ball Joints: Extensively applied in the manufacturing of New Energy Vehicle (NEV) ball joints, tie rod ends, control arm bushings, and stabilizer bars that face heavy boundary loads and constant road-induced vibrations.