Shielding Frame Supplier & Exporters in the Israel Market

Premium EMI/RFI Board-Level Shielding Solutions Tailored for Silicon Wadi's Tech Innovators, Defense Contractors, and Telecommunication Giants.

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Premium Custom Board-Level Shielding Frames

Engineered to meet stringent electromagnetic compatibility (EMC) standards. These precision metal stamping shields offer high coplanarity and superior isolation performance.

The Strategic Significance of Board-Level Shielding (BLS) in Israel’s High-Tech Ecosystem

Israel, widely referred to as the "Startup Nation," features one of the highest densities of technology enterprises globally. Centered around Tel Aviv, Haifa, and Herzliya (collectively recognized as Silicon Wadi), the Israeli market acts as an epicenter for advanced research and development in aerospace engineering, defense systems, military communications, MedTech (medical electronics), automotive LiDAR, and cyber security hardware. Every innovation deployed in these sectors shares a critical operational risk: Electromagnetic Interference (EMI) and Radio Frequency Interference (RFI).

With electronic designs progressively packing higher processing power into smaller physical footprints, board-level shielding frames have evolved from simple metallic boxes to critical high-precision component parts. In defense and aerospace systems, where reliability is a matter of mission-critical safety, even a minor frequency leak can compromise signal integrity, radar sensitivity, or secure encryption modules. Consequently, leading Israeli hardware design companies enforce stringent standards on EMI shielding supplier qualifications, demanding zero defects, precise coplanarity (typically <0.08mm to 0.1mm), and optimized solderability.

Global Business and Industrial Dynamics

On a global scale, the board-level shielding market is expanding rapidly, fueled by several prominent tech transformations:

  • The Rise of 5G and Early-Stage 6G Infrastructure: Higher frequency bands require superior isolation parameters, necessitating complex multi-cavity shielding frames with customized partition layouts.
  • Autonomous Driving and Advanced Driver-Assistance Systems (ADAS): Standard automobiles now incorporate high-density RF radars, cameras, and computers, demanding EMI shields capable of withstanding harsh, high-temperature vehicular environments.
  • Proliferation of Smart IoT & Wearable Tech: Extremely restricted spaces leave almost no physical buffer between antenna structures and digital components, pushing shielding wall thicknesses down to 0.15mm and 0.20mm.

Securing a reliable supplier capable of bridging the gap between custom prototyping and rapid mass production remains a major competitive challenge for hardware developers worldwide.

Wenzhou Stpete Electronics Technology Co., Ltd.

Established in 2005, Wenzhou Stpete Electronics Technology Co., Ltd. is a leading high-tech enterprise specialized in the development, production, and sales of high-reliability electronic connectors and precision board-level EMI shielding frames.

20+
Years of Industry Experience
500+
Successful Projects Completed
200+
Professional Employees

Commitment to Quality & Manufacturing Capabilities

Over two decades of structural refinement and technological iteration have earned Wenzhou Stpete Electronics an outstanding reputation across international borders. We possess a complete, state-of-the-art facility featuring high-level precision high-speed stamping presses and CNC milling machines. These tools allow us to achieve high accuracy and mechanical reliability across our entire product range, which includes IF Radio-Frequency Terminals, FCB Network Jacks, DC Power Outlets, USB Sockets, AV Pin Jack Boards, and Radiators (heatsinks).

Quality assurance at our company is backed by precise material inspection and modern dimensional metrology tools. This hardware ensures that all raw material inputs and finished shipments strictly adhere to dimensional limits. We maintain multiple inspection phases throughout our production lines to eradicate defects. Wenzhou Stpete Electronics is certified under ISO 9001, ISO 14001, and ISO 45001 (OHSAS 18001), and holds numerous national intellectual property patents.

Stpete Production Workshop

R&D Leadership & Global Brand Cooperation

Innovation serves as the engine of our growth. With a dedicated team of over 30 R&D technicians and an annual development budget exceeding 15 million RMB, we continually push the limits of progressive die design and automated assembly. We proudly support elite global brands and technology conglomerates, including Huawei and Hisense. This track record demonstrates our capability to meet the strict supply chain standards required by the most demanding electronic equipment manufacturers.

The Chinese Manufacturing Advantage: Speed, Cost, and Uncompromised Quality

For Israeli hardware designers and procurement professionals, importing board-level shielding frames from our Wenzhou facility offers several structural and operational advantages compared to localized European or domestic metal stamping shops:

  1. Integrated Supply Chain & Ecosystem Velocity: Wenzhou acts as a global hub for electrical components, connector technology, and advanced tooling. We acquire, process, and treat metals locally, drastically reducing shipping lead times and raw material logistics costs.
  2. In-House Tooling Design and Amortization: Tooling costs (progressive die manufacturing) represent a substantial hurdle for new hardware designs. Our design team engineers custom progressive dies in-house, cutting development cycles down to 10–15 days while maintaining highly competitive tool fabrication pricing.
  3. Production Scalability & Automation: Operating high-speed automatic punch presses enables us to run high-volume production cycles with minimal manual overhead. This ensures that scaling from initial prototyping phases up to hundreds of thousands of parts per run remains highly cost-effective.

Material Selection and Engineering Parameters for Critical RF Environments

Our engineers carefully select raw metal materials to ensure optimal shielding performance, solderability, and mechanical durability:

Material Type Recommended Application Key Physical Properties Solderability
Nickel Silver (C7521 / C7701) High-frequency RF, telecom, cellular modules No plating required, non-magnetic, corrosion resistant Excellent directly on PCB
Tin-Plated Steel (SPCC-SD) General purpose, low-to-mid range frequencies, cost-effective High mechanical strength, excellent magnetic shielding Excellent (pre-plated tin layer)
Tin-Plated Brass Heavy-duty applications, power converters, filter boxes Highly conductive, robust structure Superb surface adhesion
Beryllium Copper (CuBe) Spring contacts, finger stock shields, multi-opening latch lids Excellent elasticity, fatigue resistance, high electrical conductivity Requires tin/gold plating

Localized Application Scenarios in Israel

Wenzhou Stpete Electronics designs EMI shields specifically engineered for the most common electronics systems developed throughout Israel's design community:

  • Software Defined Radios (SDR) & RF Front Ends: In defense centers like Haifa, SDR boards require multi-cavity shielding walls to prevent internal crosstalk between digital processing chips and high-frequency amplifiers. Our precision partitions isolate RF channels with superior attenuation performance.
  • Avionics, Gyroscopes & Navigation Computers: Aerospace modules require lightweight structures capable of resisting vibration. Thin-gauge German Silver (C7521) frames minimize weight while providing robust, oxide-free shielding over wide temperature bands.
  • High-Speed Optical Receivers & Transceivers: Telecom companies in Tel Aviv require tight-tolerance shielding boxes that fit over optical transceivers. We maintain mechanical flatnesses under 0.08mm to eliminate air gaps, preventing high-frequency noise from escaping or entering critical signals.
  • Medical Imaging & Implantable RF Hardware: For MRI machines and localized RF medical scanners, non-magnetic materials are mandatory. We offer specialized beryllium copper and nickel-alloy shielding frames that guarantee zero magnetic field disruption.

Crucial Trends Shaping Future Shielding Technologies (2025–2030)

To support future-oriented projects, our R&D team continuously tracks emerging trends in electromagnetic compatibility:

1. Automated Optical Inspection (AOI) Friendly Designs

With massive manufacturing volumes, testing solder joints visually is critical. We integrate custom inspection windows, beveled edges, or removable snap-on lids. This enables engineers to easily verify SMT solder quality before locking the protective cover in place.

2. Ultra-Thin Profiles & Micro-Miniaturization

As board layouts compress, traditional 0.3mm shield thicknesses occupy too much vertical and horizontal space. We specialize in working with 0.15mm and 0.20mm ultra-thin foils, maintaining mechanical rigidity through structural ribbing and reinforced corners.

3. Dual-Cavity & Integrated Thermal Solutions

Modern high-speed chips generate substantial heat alongside EMI. We construct hybrid shielding designs featuring direct thermal paste mating, open mesh designs, or thin integrated copper radiators. This simultaneously paths heat away while locking in RF radiation.

Extended Connectors & Switches Catalog

In addition to our premium shielding series, we manufacture a wide range of electronics components to serve our global client base.

KFC Tactile Switch 3D9

KFC Tactile Switch 3D9

KFC Tactile Switch 2W4-01

KFC Tactile Switch 2W4-01

KFC Tactile Switch 2R17-3

KFC Tactile Switch 2R17-3

KFC Tactile Switch 2R10-3

KFC Tactile Switch 2R10-3

KFC Tactile Switch 2M4-01

KFC Tactile Switch 2M4-01

DC098 Jack

DC098 Power Socket

DC080 Jack

DC080 Power Socket

DC0058-2.0

DC0058-2.0 Connector

TYPE-C Connector 08

TYPE-C Connector-08

TYPE-C Connector 07

TYPE-C Connector-07

PJ Headphone Jack-359

PJ Headphone Jack-359

PJ Headphone Jack-303

PJ Headphone Jack-303

Our Team & Company Culture

We believe that deep internal synergy within our company directly translates to reliable engineering outcomes for our global partners.

Stpete Team Building

This summer, our company organized an outdoor team-building activity to strengthen cohesion and foster teamwork. The event took place in a picturesque natural setting, providing a perfect backdrop for enhancing team spirit and collaboration.

The activity was designed to promote unity and cooperation among employees. Through challenging and engaging exercises, participants worked together, communicated effectively, and solved problems as a unified team. It offered a valuable opportunity for our staff to bond personally and professionally outside of the office environment.

A key highlight of the day was a series of team-based challenges requiring trust, coordination, and quick thinking. These activities encouraged individuals to step out of their comfort zones, build trust in colleagues, and recognize the value of working towards a common goal. This event boosted overall morale, helping our team return to work with renewed energy and enthusiasm to serve our clients.

The Global Enterprise Sourcing Guide for Shielding Frames

Procuring custom board-level shielding frames internationally requires thorough verification to avoid assembly line issues. When auditing shielding vendors, engineering and purchasing managers should prioritize the following criteria:

  1. Coplanarity Verification (<0.1mm): During reflow soldering, if the shielding frame's bottom surface is uneven, gaps will form, resulting in solder failures or RF leakage. Vendors should utilize custom precision fixtures and 3D optical inspection to verify flatness before packaging.
  2. Packaging for Automation: For high-volume assembly lines, shielding frames must be supplied in Tape & Reel packaging (complying with EIA-481 standards) with top pick-up targets. This allows standard pick-and-place equipment to seamlessly place shields onto PCBs.
  3. Material Traceability: Ensure the vendor provides authentic Material Test Reports (MTR) verifying the chemical composition of the nickel silver or tin-plated alloys. This guarantees compliance with international RoHS and REACH environmental regulations.
  4. Solderability Standards: Shielding frames must successfully undergo solderability tests (such as ANSI/J-STD-002) to ensure rapid wetting and clean solder joints without damaging delicate adjacent components.
STPETE Testing and Verification Lab

Frequently Asked Questions

Get answers to technical questions about custom EMI shielding frames, design parameters, and delivery options.

What materials do you recommend for board-level shielding in high-frequency applications?
For high-frequency applications (above 1 GHz), we highly recommend Nickel Silver (C7521 or C7701). It offers excellent shielding effectiveness, is non-magnetic, and is highly resistant to oxidation, meaning it does not require additional plating. It also provides excellent solderability directly on the assembly line.
How does Wenzhou Stpete control the flatness and coplanarity of shielding frames?
We maintain strict coplanarity by designing robust progressive stamping dies and using high-precision stamping equipment. After stamping, parts undergo dimensional auditing using optical measuring tools to ensure coplanarity deviations remain below 0.08mm.
Can you supply custom multi-cavity shielding frames for complex board layouts?
Yes. We regularly design and manufacture multi-cavity shielding frames with internal walls (partitions). This allows a single shield to isolate multiple circuits (e.g., separating the power management unit from the transceiver and CPU), reducing board footprint and assembly costs.
Do you support Tape and Reel packaging for automated SMT lines?
Yes, we offer Carrier Tape and Reel packaging for high-volume automated manufacturing. We customize pocket dimensions and pocket pitches to ensure seamless compatibility with standard pick-and-place nozzles.
What is your standard lead time for prototypes and mass production runs?
For custom tooling design and initial prototypes, our standard lead time is 10 to 15 business days. Once the prototype is approved, production runs typically ship within 15 to 25 days, depending on batch quantities.

Secure Premium EMI Shielding for Your System Designs

For inquiries about our custom board-level shielding frames, connectors, switches, or pricelists, please leave us a message. Our technical sales engineers will contact you within 24 hours to assist with your requirements.

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