Gaurav Mokal’s Post

What is Metcal SmartHeat® Technology? Metcal SmartHeat® heaters consist of two basic elements; a high-frequency alternating current (AC) power supply, and a heating element. The biggest difference between a conventional soldering station which consists of a ceramic or wire wound heating element, separate sensor and temperature control circuitry, and a Metcal heater is that the Metcal heating element itself is capable of heating and then maintaining a predetermined temperature. In other words “the heater is the sensor.” The Metcal heater depends upon the electrical and metallurgical characteristics of two different metals; copper is a material with high electrical conductivity and the other is a magnetic material with high resistivity. Learn more here - https://ow.ly/obcm50SKPoy Contact us: ☎️ +44 (0) 1291 624 400 📧 sales@solderconnection.co.uk 🌐www.solderconnection.co.uk #ElectronicsAssembly #ApplicationAdvice #Soldering #Metcal #MetcalSmartHeat

The one-step copper electroplating method in PCB production eliminates uneven copper thickness and local over-etching issues.#CopperThickness #double-sided #electroplating #Multi-layer #PCBproduction

Looking for just the right fit in your production line? Need a versatile instrument that can be used for multiple applications? The modular FISCHERSCOPE® MMS® PC2 just might be the all-in-one solution you've been looking for. Streamline your quality control processes by having one unit providing a variety of measuring methods - up to 6 in one device - and can be used either manually or automatically. Measure: - Insulating coatings on various metals - Non-magentic layers on ferrous metal substrates - Solder layer thickness on copper in PCB production - Graphite layers on piston surfaces or corrosion protection layers - Weakly electrically conductive layers on highly conductive metals (such as chrome and electroless nickel on copper or aluminum) Learn more about his remarkable, jack-of-all-trades instrument: https://bit.ly/4djFnbH Contact us to speak with a Fischer representative: https://shorturl.at/M0PUV #manufacturing #coatingsindustry #qualityassurance #coatingstechnology #metrology

The one-step copper electroplating method in PCB production eliminates uneven copper thickness and local over-etching issues.#CopperThickness #double-sided #electroplating #Multi-layer #PCBproduction

Lithium ion equipment roller press The purpose of Kun pressing is to make the active substance combine with the foil more densely and uniformly thick. The pressing process must be carried out after the coating is completed and the polarizer is dried, otherwise powder shedding and film layer detachment may occur during the rolling process. The battery electrode is a copper foil (or aluminum foil) coated with electrical paste particles on both sides. The battery electrode strip undergoes two processes of coating and drying before being pressed. The electrical slurry coating on copper foil (or aluminum foil) before pressing is a semi flowing, semi-solid granular medium composed of unconnected or weakly connected individual particles or clusters, with a certain degree of dispersion and fluidity. There are gaps between the particles of the electric slurry, which ensures that during the rolling process, the electric slurry particles can undergo small displacement movement to fill the gaps and position themselves with each other under compaction. The rolling of battery electrodes can be regarded as a continuous pressing process of semi-solid electrical slurry particles in an unsealed state. The electrical slurry particles adhere to copper foil (or aluminum foil), are continuously bitten into the roller gap by friction, and are rolled and compacted into battery electrodes with a certain density

Revolutionize Your Casting Operations with LPDC Technology! Low-Pressure Die Casting (LPDC) has become essential in modern foundries, enabling controlled, gradual filling of the die with molten metal to minimize turbulence and ensure superior quality. Widely used in automotive applications, LPDC offers precise regulation, mitigating oxide formation and preventing porosity. Hydrotecks LPDC Machine Advantages: High Accuracy: Exceptional precision for components with exacting specifications. High Purity Castings: Advanced technology yields castings free from impurities. High Productivity: Optimal efficiency for high-volume production without quality compromise. Leakage-Free Operation: Secure setup ensures uninterrupted production cycles. Heavy-Duty Superstructures: Built to withstand challenging conditions for long-term reliability. Easy Maintenance: User-friendly protocols minimize downtime and maximize efficiency. Choose Hydrotecks LPDC machines for high-quality, durable automotive parts! #DieCasting #LPDC #FoundryTechnology #AutomotiveCasting #ManufacturingInnovation #QualityCastings #Hydroteck #Productivity #PrecisionEngineering https://lnkd.in/dfUbh6DK

Silicone Rubber Insulated Copper Braid Shielded Silicone Rubber Sheathed Control Cable-Rated Voltage-450/750V Scope of Application: Widely used in electric power, petrochemical, iron and steel, smelting, power plants, coking plants, aviation, electronics, ships, ports, automobile manufacturing and other high-temperature industry in the electrical connection between mobile electrical equipment, and temperature resistance and other special requirements of the occasion of the control, lighting, communication lines and monitoring the use of the circuit.

The principle of electrode coating equipment is to uniformly mix the materials required for the positive or negative electrode formula and apply or composite them on the front and back of aluminum foil or copper foil. If necessary, the solvent in the slurry can be evaporated through energy conduction to meet the technical requirements of the customer as an electromechanical integrated equipment.

The application of hexagonal boron nitride (h-BN) in thermally conductive structural adhesives is a common and effective way to significantly improve the thermal conductivity of the glue. The following are the main applications of hexagonal boron nitride in thermally conductive structural adhesives: Improve thermal conductivity: Adding it as a filler to structural glue can form an effective thermal conductivity channel to promote heat conduction, thereby improving the thermal conductivity of the glue. Improve heat dissipation effect: In some applications that require good heat dissipation performance, such as electronic device packaging, circuit board fixing, etc., adding hexagonal boron nitride can improve the heat dissipation effect of structural adhesives and improve heat dissipation performance. Filling micro gaps: The addition of hexagonal boron nitride particles can fill micro gaps in structural glue and increase the contact area between the glue and the adherend, thereby improving thermal conduction efficiency and reducing thermal resistance. Maintain insulation performance: Since hexagonal boron nitride itself has good insulation properties, adding it to thermally conductive structural glue will not reduce its insulation performance, and can maintain the insulation performance of the glue and prevent electrical failures. Improve heat resistance and corrosion resistance: Hexagonal boron nitride has excellent high temperature resistance and chemical stability, so adding it to thermally conductive structural adhesive can improve its heat resistance and corrosion resistance, making it suitable for various harsh environments application below.

The principle of electrode coating equipment is to uniformly mix the materials required for the positive or negative electrode formula and apply or composite them on the front and back of aluminum foil or copper foil. If necessary, the solvent in the slurry can be evaporated through energy conduction to meet the technical requirements of the customer as an electromechanical integrated equipment.