WAVE-VECTOR Advanced material

The leader in the subdivi¥ ∞™sion of the
Advanced materials industry✘¥¥←

INDUSTRY APPLICATION

Products are widely u∞↓>®sed in communications, IT, automotive↕ ∏ , industrial, power and other fields ↔∏$®Smart terminals

Smart terminals

Today's consumα↕ers demand that electron€♥↔↔ics are smaller, lighter,¥φ‌‍ cheaper, more powerful, and run lonεβger. The circuit board is also packed ♦♣✘with a large number of electroni™$> c components, making it iα→ncreasingly dense, so it is i♣π¶≥ncreasingly important to suppress no∑‌ise radiating from the IC or✔₹‌ cable. This type of radiated∑® noise is difficult to pγπ↑redict during the design ↔↑phase, so in many cases counε↓termeasures are taken du±✘ →ring the manufacturing ↑±phase. To address these conflicti"λγng needs, researcher•α★s need to develop new materia•™¶¶ls that miniaturize existing equipmen™₹™t and improve equipment e★↓∞fficiency. Efforts to reduce power coπ♠♠nsumption and improve φ'device density and perform≠÷↔ance have led to rese€✔arch into graphene and ↓$βother two-dimensionalφ&‌ (2-D) solid and soft magne§§ ™tic materials and naδ♥¥noscale devices with high carrier>σ∑ mobility.

Communication base station

With the vigorous♠λβ growth of applications such as 4K/8Kφα , VR/AR, autonomous d✘∞riving, robotics, and video surve±¥illance, 5G Internet of Everyt✔∑hing is accompanied by massive amountδ$★s of data. This data is transm♥∞♠itted through densely distri♦±☆buted small/micro base sta¶↔∞tions and Massive MIMO antennas. It mδλanifests itself as two majo§>r features: on the one hand, Mas&₹✘sive MIMO itself reduces transmission∑$♠ power consumption at t™∞♠™he expense of higher com&±♣puting costs; The small base station ha &<∏s a small coverage a✘↑₹nd a lower PA, which also ↑↕₽means that the transm∞×ission power consumption is lower. ≠ On the other hand, due to the expασ↔™onential increase in 5G transmissi→↓on rate, 5G base stations will processπ₹✔ massive data, and with th>±‌e continuous development of 5G serviε☆ces, the computing power consumpti××on of 5G BBU will gradually rise. δ↓

Smart travel

Currently, the total populatΩδion of the planet has reached 7.5 billααion. According to a United Nations→↕ study, the total popula♥αtion of the planet will reach 8 bill↔ ♥λion in 2030 and 10 billion in 2♣α↑050. In addition, the numberγ© of people moving to ₽‍•cities as well as metropolitan ar∑σ'eas is increasing. The ©≈ city offers people great career prospec♠α>ts, a rich and colorf©↑ul cultural life and a variety of leis↔∞" ure activities that attract man≥←↑y people to join them. More than hal≥™∏©f of the world's population∏∏✔÷ already lives in ci↑♠ ties, and by 2030 it♦‌ will account for 60% of t‍✔↕he world's populatioσ↑₩∑n. Living spaces in metropolitan area¥$♥s are becoming increasingly cramped.♠β In order to maintain the s><€moothness and convenience of tra₽‌vel, the adoption of intel≠←€ligent interconnection solutions and driverless solutions of the fu←©ture public transport system is an ind‌∑ispensable and important fact€♥or for urban development. ®‍☆σ

Medical electronics

With the adv£≤‍Ωent of the 5G era, ma φny fields and industries ∞ ✔®have also ushered in a clΩβεimax because of 5G, and'€♠↓ the technology and electro₽↕nic equipment in the medicalβσ industry are also de∑↓veloping rapidly. Many of the original technologies Ωcaused delays due to network data¶→ transmission speed can n≤ε★®ot meet the requirements,¥ affecting its operation, 5G in thφ¶σ↕e data transmission speed of high spλ✔γeed, directly accelerate the developme≤≤♣nt of medical equipment. At the"© same time, with the¶π increasing demand for medic≈♣★♣al health, wearable medical and health $§≈devices are also increasi¶ ∏ng. These electronic×‍ devices have high requirements for h & eat dissipation and EMI, and need to us‍§ e thermal interface matφ>βerials, electromagneti✘≈c absorbing materials, conductive sh£∏₩&ielding materials and so₽ε≠ on.

Defense

With the development of scie©≠≈αnce and technology and electronic techn↕ 'ology, especially under the concept of ±¥×®Industry 4.0, the intelligeγ→ntization of equipment and δσ♦the Internet of Ever™≤↔ything have used a larg♠♣™e number of electronic products ↕•∞on the equipment. The reliab™≤ility requirements of these π products are very high, and the heat di©♠>ssipation requiremen₹€↔ts and EMI requirements are al∑‍•∑so very urgent.

Smart terminals

Communication base station

Smart travel

Medical electronics

Defense

PRODUCT CENTER

Committed to independent✔ § research and developme∏ ₹★nt and
production of electromagnetic comp♥¶atibility, shielding,
thermal conductivity and semiconductor "∑packaging new material products¶€&§

Mector™ Functional powde♦Ωσr material
Wector™ EMI/RFI absorbing materials
Sector™有(yǒu)機(jī)矽材料↓≠
Sector™氣凝膠隔熱(rè)材料

Wector™ MS Nearfield Films

High-perfor₽'®₩mance film absorbing material is a ♠σtwo-dimensional soft ↔♥☆↕magnetic powder mixed>↔ with resin and processed into a f±λε↓lexible sheet. When at∏☆tached to the source of radi₹¶ation noise or the part t€↕≈hat is susceptible to r™♣∞→adiation noise, it can be extremely eπ↑'ffective in suppressing noise ¥∏

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EMI/RFI absorbing power

SF series absorbing po÷wder is a special treatment, th<₹&←e magnetic permeability of the÷¥₹σ real part of the μ' and imaginary pa∏π✘¶rt of the μ" to achieve the optimal s$∞≈®etting of the two-dimenπ♥♣©sional soft magnetic powder, the >✘powder breaks through the Sn¶→‍¶oek limit, with high γ±saturated magnetic inductionδ→≈ strength, high permeability ₩÷♣and low loss and oth☆ er characteristics. The r≥ε₹↓easonably designed powder will have dom♦∏§✔ain wall resonance and natural res→σ onance at GHz, which is con↔γ>ducive to the absorption of→ ♥ electromagnetic waves. <♣

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Silicone foam

NSR series organ'±↓÷ic silicon foam is a sp↑δ★ecially developed and formed liquidγ↓± organic silicon environ&δ•ment-friendly foam materia±& >l.

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Wector™ Multi-Functional Films

A multi-functional hybrid§ material composed of high-performance↕ © absorbing film materials, combined✘φΩ$ with conductive shield ∏πεing, insulating materials andα÷ other materials, th↓₽e product can meet the absorσ∑λbing effect of magnetic materials, and ↑±σ>can increase shielding through the₹ conductive layer to achieve better n≠★oise suppression ‌φε©

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EMI/RFI Absorbing/Thermal Conducting γ✘∏Materials

Achieve low interfacial th£"$"ermal resistance performance and elec∞≠₹tromagnetic absorption performδ©ance, which can fill t¶≥®≥he gap and complete the heat tr∏>ansfer and electromagnetic no↕π αise absorption between the heating and↕ α heat dissipation parts; At the same♥±<≠ time, it also plays the × <$role of insulation, sho→∑¥≠ck absorption, sealing and so ≥λon, to meet the desi¥ π£gn requirements of equipment miniat'₹∞urization and ultra-thinnin♦ g

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EMI/RFI absorbing/the€§rmal conducting powder

TG series Raw mate≠<∑rial powder with dual ♥•♦functional properties oσ™f absorbing and therm↔★&&al conductivity. Indepεπ≤endently developed soft magnetic ₩× absorbers and thermally resistant th↓ ermal conductives are treateβλλ↔d by physicochemical methods to achie ∑ve optimal "magnetic", "•'electrical" and "the₹₽rmal" management character↔λistics. The wave-absorbing therm≤♠δ¥al powder can absorb the leaked®♦₽→ electromagnetic radiation, and at©✘ the same time convert¶>÷ a large amount of absor$÷$bed electromagnetic wave'÷ radiation energy into thermal energy≤↑¥, and quickly conducΩ★t the thermal energy to the ra÷÷ diator.

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Wector™ High-frequencies ab•≠‌♦sorbing materials

It is designed for ref₽'lection attenuation of s±§×urface waves with high incidence™✘© angles, and is suita"↑±ble for 100MHz~110GHz frequency ♦γ₹bands. Its bonding substrate i♠‍♣←s high-temperature resi∞✘$♠stant silicone elastomer, which can mee₹≠t the absorbing performanceσφ of high-frequency el×‌¶™ectronic equipment

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Wector™ EMI/RFI absorbing rubbe™€r

It is designed for refle∑≈Ω≈ction attenuation of¥ surface waves with high incidence ©←✘♣angles, which is applied ¶★‍to the 100MHz~110GHz frequency b↓®φand, which can meet the high-freque$ ncy absorption performance and prov ¥πide better weather resistance and plast←λ₹ic deformation requirements ∞¥

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Wector™ Microwave Abso>β•rbing Foams

The corner cone se©φries absorbing material is designe‍$♣d for reflection attenε∞Ωuation of high-frequency ♥εand high-incidence angle surface wav≥÷©es. It has good performaδπnce of vertical incidence and α•oblique incidence, w≈σ‍αhich can eliminate clu♠≈"✔tter interference in the tesεπ•♥t environment and im‍☆πprove the test accuracy ♥✔γ♦

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EQUIPMENT DISPLAY

We keep our commitment to₽♥>< continuous innovation, focus on investσ&✔ing in personnel and technology, and ∏↕×convert 5-10% of sales rev↑≥♣"enue into research and development of&‍ new products, new processes and new φ₩equipment

Powder Morphology Tesδ→×£t

Permeability Test

High-energy mixer

Environmental weathering test