Focus on GAF 2026 Guangzhou Forum | Yingfeng Zhichengja Deep

Amidst the breakneck wave of automotive electrification and intelligence, the foundational architecture of New Energy Vehicles (NEVs) is undergoing an unprecedented "disruptive restructuring."

With the massive adoption of 800V high-voltage platforms and the accelerated deployment of CTP (Cell-to-Pack) and CTC (Cell-to-Chassis) structural integration technologies, the power battery pack has evolved from a pure energy storage unit into a primary load-bearing structural component of the vehicle. This paradigm shift has pushed joining and fastening technologies between the vehicle chassis and the "Three-Electric" systems into the industry spotlight, forcing engineers to confront critical questions:

• How do we efficiently join hybrid vehicle bodies composed of highly dissimilar materials?

• How do we prevent electrical insulation failure and severe galvanic corrosion in high-voltage environments?

• How do we simultaneously guarantee uncompromising anti-loosening performance under high-frequency vibration and airtight IP68-rated sealing?

Faced with these bottleneck challenges that directly impact NEV lightweighting and structural safety, traditional fastening methodologies have hit their technical limits.

From May 27 to 29, 2026, the highly anticipated GAF2026 Automotive Powertrain and Battery Structural Fastening Technology Forum will grandly open in Guangzhou. As a leading innovator in precision fastening technology, YF Zhichengjia (YF ZCJ) will make a high-profile appearance with its full suite of one-stop NEV fastening and joining solutions, delivering a technical showcase centered on "Lightweighting & Ultra-High Safety" for global automakers and Tier 1 suppliers.

Technical Preview: Directly Targeting Five Core NEV Joint Pain Points

At GAF2026, YF ZCJ will align directly with current industry R&D pain points, demonstrating a portfolio of hardcore technical achievements that have already been successfully mass-produced across multiple mainstream vehicle platforms:

1. Thread Reinforcement for Light Alloys: Eliminating Strip-Out Risks

Driven by aggressive lightweighting mandates, low-density materials like magnesium and aluminum alloys are being utilized extensively. YF ZCJ’s threaded insert solutions seamlessly build ultra-high thread shear strength into these soft lightweight substrates, drastically boosting the tensile pull-out resistance and fatigue strength of critical joints.

2. The Ultimate Antidote to Galvanic Corrosion: High-Strength Aluminum Bolts + Isolation Coatings

Direct contact between aluminum/steel bolts and magnesium cast components inevitably triggers severe galvanic corrosion due to electrochemical potential differences. By matching high-strength aluminum alloy bolts with proprietary physical barrier coatings, we achieve extreme joint weight reduction while completely severing the galvanic corrosion pathway at its physical source, guaranteeing the long-term structural durability of battery packs and chassis components in harsh environments.

3. The Perfect Match for Powertrains & Sheet Metal: Clinching & Blind Riveting Systems

Engineered for the sheet metal fastening and electrical grounding demands of body-in-white (BIW), battery pack enclosures, and Three-Electric housings. We provide high-precision, high-reliability self-clinching and blind riveting standard and customized portfolios that guarantee supreme mechanical joint strength and impeccable electrical continuity.

4. Guarding Under Extreme Operating Conditions: Anti-Loosening & Sealing Bolts

To withstand the high-frequency vibrations of NEV electric drive systems and severe road impacts, YF ZCJ’s anti-loosening sealing bolts integrate "long-term vibration resistance" and "IP68-grade waterproof/dustproof sealing" into a single joint design, establishing an ironclad first line of defense for battery pack safety.

5. Process Disruption: Cold-Headed Aluminum Alloy Sleeves

Traditional subtractive CNC milling carries high processing costs and sluggish throughput. Leveraging robust process R&D capabilities, YF ZCJ introduces near-net-shape cold-headed aluminum alloy sleeves. With a near-zero scrap rate and lightning-fast cycle times, this process shift delivers a dual breakthrough in dramatic cost reduction and production scaling.

Beyond the Component: Why We Are Your "TCO Optimization Expert"

In today’s hyper-competitive automotive supply chain, the explicit unit price of a single fastener represents a mere fraction of the iceberg. The massive hidden costs triggered by early design flaws, assembly line downtime, supply chain fragmentation, and aftermarket claims are the true profit killers.

YF ZCJ understands this macro landscape deeply. We are far more than a fastener manufacturing plant; we are Total Cost of Ownership (TCO) Optimization Experts embedded across the entire vehicle lifecycle:

[Early Design Consultation] ➔ [Rapid Prototype Customization] ➔ [Material & Joint Verification Testing] ➔ [Teardown & Failure Analysis]

Leveraging over 20 years of technical accumulation in precision fastening, we back our operations with IATF 16949 Automotive Quality Management certification, 26 core patents, and a robust manufacturing capacity of 500 million units per month.

From our advanced Pingshan manufacturing headquarters to our expanding global footprint, we are deeply integrated into the supply chains of the world’s TOP 5 NEV brands. Driven by a culture of "lightning-fast responsiveness," we provide localized engineering support, partnering closely with clients to co-develop, validate, and mass-produce next-generation hybrid joints combining advanced structural adhesives with mechanical fastening.

Join Us to Shape the Future of Joining Technology

Automotive lightweighting is a highly systematic revolution spanning cross-material and cross-process innovations. From May 27 to 29, at the GAF2026 Forum in Guangzhou, the engineering team at YF Zhichengjia looks forward to meeting you face-to-face. Together, let’s unlock the advanced technical codes governing high-voltage insulation and dissimilar hybrid material joining for next-generation NEVs!

• Official Website: https://www.zcjtech.com/