As a supplier of chemical raw materials and specialty new materials in East China, we are the first-tier authorized distributor of Celanese Micromax in the region. With original factory packaging, superior quality, reasonable prices, and comprehensive pre-sales and after-sales services, we have gained strong support and praise from new and existing customers. We are committed to the cutting-edge technologies and sales of chemical products and specialty new materials, and cooperate with numerous imported chemical brands to provide customers with the most convenient services.
It is a brand of functional thick-film inks, pastes and ceramic tapes that are printable, stretchable and moldable. Product models under the brand vary slightly in performance characteristics, but generally offer the following outstanding advantages:
Products like Micromax 2061 conductive silver paste contain high-purity silver powder and other conductive components, forming an efficient conductive network with stable impedance. The impedance change before and after reliability tests is minimal, meeting the requirements of electronic applications with strict conductivity demands.
It exhibits high adhesion to various substrate materials such as ceramics, glass and plastics, forming firm bonds on different material surfaces. This ensures the stability of conductive connections and avoids circuit failures caused by poor contact.
The curing temperature is generally lower than that of tin-lead soldering, usually achieving rapid curing at around 150℃-200℃. This helps prevent material deformation, thermal damage to electronic devices and internal stress formation, while improving production efficiency and suiting large-scale industrial production.
It has certain corrosion and oxidation resistance, resisting the impact of external environmental factors such as humidity, acids and alkalis during long-term use. This maintains stable performance and ensures the long-term reliability of electronic products.
With appropriate viscosity, leveling property and thixotropy, it adapts well to different coating processes such as screen printing and spraying. It can form uniform and fine conductive films on substrates with high pattern resolution, meeting the requirements of fine line printing.
The product has minimal silver migration, effectively preventing short circuits and other issues caused by silver ion migration. This enhances the safety and stability of electronic products during long-term use.
- Consumer Electronics: Used for circuit connections of printed circuit boards (PCB) in mobile phones, tablets and other devices to ensure stable signal transmission. It is also widely applied in flexible printed circuits (FPC), such as the connection between mobile phone screens and motherboards. With good flexibility, it maintains conductive performance even after frequent bending.
- Integrated Circuit (IC) Packaging: Serves as an interconnection material between IC chips and substrates, realizing electrical connection between chips and external circuits. Its low-temperature rapid curing characteristic avoids thermal damage to chips, and in flip chip packaging technology, it can be accurately coated to form reliable conductive connections.
- Photovoltaic Industry: A key material for solar cell manufacturing. In crystalline silicon solar cells, it is used to make positive and negative electrodes. High conductivity reduces electrode resistance to improve photoelectric conversion efficiency, while good adhesion ensures firm bonding between electrodes and solar cells. It can also form conductive lines through printing in thin-film solar cells.
- Automotive Display Systems: Used for circuit connections of automotive instrument panels and central control displays. Stable conductivity ensures clear display images, meeting the complex circuit connection needs of large-size, high-resolution displays.
- Sensor Field: Various sensors in automobiles, such as temperature sensors and pressure sensors, rely on this product to achieve reliable connection with automotive electronic control systems, ensuring accurate transmission of sensor signals.
Applied in circuit connections and electrode production of medical devices such as ECG monitors. High reliability ensures accurate collection and transmission of bioelectrical signals. In implantable medical devices, its good biocompatibility guarantees long-term stable operation of the devices in the human body.
Its low-temperature co-fired ceramic (LTCC) materials feature excellent heat dissipation, ultra-low loss, and stable dielectric constant (Dk) and dielectric loss factor (Df) at millimeter-wave frequencies, making them suitable for high-frequency communication applications.
Celanese Micromax 0012Z Purchase Guide
I. Core Advantages
Authenticity Guarantee: Authorized distributor of Celanese, with original factory packaging and tenfold compensation for counterfeits.
Complete Qualifications: Provide Certificate of Analysis (COA), Material Safety Data Sheet (MSDS), SGS reports, UL Yellow Cards, and physical property parameters.
Tax Compliance: Issue 13% special VAT invoices on a one-to-one basis.
Flexible Procurement: Minimum order quantity (MOQ) of 100g, with bulk sales available for selected models.
II. Efficient Logistics
Cooperative Logistics Providers: Nationwide coverage including SF Express, Deppon, Anneng, Best Express, etc.
Delivery Timeframe: Orders placed before cutoff are shipped the same day, with direct delivery across China.
Payment Method: Telegraphic Transfer (T/T).
Transportation Guarantee: Professional packaging combined with full logistics tracking.
III. Quality Assurance
Acceptance Upon Arrival: Inspect the integrity of outer packaging on-site upon delivery.
Abnormal Handling: For damage/leakage, require on-site confirmation and documentation by logistics personnel.
After-Sales Response: 24-hour customer service connection with follow-up by a professional team.
IV. Friendly Reminders
Price Dynamics: Raw material prices fluctuate in real time; please call for the latest quotation.
Factory Audit Service: On-site visits are welcome to verify supply chain capabilities.
Long-Term Cooperation: Customized procurement solutions to help reduce costs and improve efficiency.
V. Service Commitment
Quality as the foundation, credibility as the core; integrity in operation, competitive pricing for empowerment.
艾锐孚(上海）新材料科技有限公司销售银导体与金导体浆料华东供应商
0F20A：属于高银含量无铅体系，适用于丝网印刷，具备优异的导电性，且银耗较低。
0F40E：能在 60℃-100℃低温下快速固化，用于智能汽车显示屏和医疗设备电极，其银含量达到行业 水平。
0001B：是厚膜导体浆料，支持 175℃-200℃高温烧结，可用于混合电路制造。
5065：为溶剂型高导电银浆，体积电阻小于 100μΩ?cm，适合高频通信电路。
CB028：属于环氧基溶剂型银浆，附着力强，用于精密电子元件封装。
9169：作为溶剂型银浆，专门为精细线路印刷设计，线宽分辨率可达 50μm。
HT802：这是聚酰亚胺基银导体，能够耐受 250℃高温，用于汽车发动机控制电路和加热器电极。
电阻油墨与介电材料
0004A：是精密电阻油墨，用于医疗检测设备，阻值稳定性可以达到 ±0.1%/℃。
HT602/603：属于高温电阻油墨，可耐 300℃高温，采用了聚酰亚胺树脂，适用于大功率器件。
HT702：是热塑性聚酰亚胺介电材料，柔韧性优于环氧阻焊剂，绝缘强度大于 0.5kV，用于柔性电路保护。
5018：为 UV 固化蓝色介电浆料，可提供溶剂和防潮屏障，用于刚性、柔性电路绝缘。
柔性电子与新兴应用材料
AS9120BL：是纳米银浆，弯曲半径小于 2mm，适配 PI 基材和生物可降解电子，用于智能服装传感器。
PE671/PE773：属于 InTexar?PE410，是低银含量喷墨银浆，支持工业级喷头，银耗降低 30%，适用于快速原型开发。
PE825：为银包铜复合油墨，可焊接，耐温 160℃，用于低成本射频标签。
特殊功能材料
7082/7102：属于碳浆系列，其中 7082 用于高阻值稳定电路，阻值范围在 10Ω/sq.-100KΩ/sq. ，7102 则提供中等导电性能。
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