Industrial Control (AI, Thermal & Conductive) — Precision Die-Cutting Applications
Thermal management, EMI shielding, and structural fastening in one—high-temperature resilience + high stability + precise fit to power industrial intelligence.
Miniaturization | High Precision | Fast Delivery
Xinyusheng’s Core Advantages in Industrial Control
Targeting AI/industrial control pain points: solve chip/PCB heat management and electromagnetic interference.
High-Temperature Readiness
Core materials withstand −40 °C to 160 °C. Optimized heat-flow paths effectively address the thermal challenges of high-power AI servers and industrial controllers.
Multi-Function Integration
End-to-end solutions that combine thermal, conductive, and insulating functions. Supports multilayer composite structures to reduce assembly steps and boost system integration efficiency.
Precision & Reliability
Manufacturing accuracy ±0.03 mm; supports 0.5 mm minimum diameter and 0.55 mm narrow bezel—ideal for dense motherboard layouts. Dual inspections ensure consistent quality.
Compliance Assurance
Certified to ISO 9001/ISO 14001; materials and designs meet EMC requirements for industrial equipment. Full traceability with test reports available.
Full-Scenario Coverage for Industrial Control & AI
From AI servers to industrial controllers—one-stop thermal and electrical protection.
AI Servers
CPU/GPU thermal pads, motherboard conductive jumpers, EMI shields, PSU insulation pads, chassis sealing & thermal assemblies.
Industrial Controllers
PCB insulation guards, high-power device thermal pads, wire-harness fastening tapes, EMI shielding gaskets.
Automation Equipment
Sensor seals, motor thermal modules, slip-ring protective films, high-temperature insulating foams.
Power & Grid Control
High-voltage insulation pads, thermo-conductive composite parts, cabinet sealing & insulation, anti-interference shielding materials.
Industrial-Grade Materials for Precision Die-Cutting for Industrial Control
High-temperature | high thermal conductivity | flame-retardant | anti-aging—built to industrial standards.
Thermal Materials
High-conductivity silicone pads, graphite sheets, thermal foams, metal-based thermal plates.
Conductive/EMI Materials
High-conductivity foams, copper/aluminum conductive foils, EMI shielding fabrics, grounding conductive tapes (EMC-compliant).
Insulation Materials
High-temperature PI films, flame-retardant PET insulation sheets, industrial-grade insulating foams.
Tapes
High-temperature industrial tapes, high-tack fastening tapes, flame-retardant insulating tapes, no-residue double-sided tapes.
Sealing & Thermal-Barrier Materials
High-temp sealing foams, high-efficiency thermal barriers, flame-retardant sealing strips.
Protective Materials
Industrial dust mesh, scratch-resistant protective films, anti-aging protective films.
Strategic Partners in Custom Precision Die Cutting for Industrial Control & AI
Industry-grade recognition across servers and automation.
FAQs on Die-Cutting Applications in Industrial Control & AI
With custom precision die cutting, can your products meet the continuous high-load thermal demands of AI servers?
Yes. Our thermal components use high-conductivity materials and pass 160 °C constant-temperature testing without performance decay. They efficiently extract heat from chips and are already deployed in AI-server solutions for Dongtu Technology and others.
Do your custom precision die cutting insulating films support miniaturized components for dense industrial motherboards? What are the limits?
Yes. Machining accuracy is ±0.03 mm with a 0.5 mm minimum diameter for micro conductive/insulating parts. We deliver irregular, curved, and multilayer composite structures to meet high-density integration needs.
Can your delivery cadence match industrial batch-production schedules?
Absolutely. Free samples in 1–3 days, mass-production lead time 7–20 days. We flexibly handle batch orders and rush requests to align with your build schedule.
Do your die-cut products meet EMC and safety standards for industrial equipment?
Yes. Conductive/shielding materials are EMC-tested to reduce interference; insulation materials reach V-0 flame-retardant grade and comply with ISO 9001 systems. We provide comprehensive reports for thermal, insulation, and flame-retardant performance to support certification.
