Continuous Sintering Furnace

Mesh Belt Sintering Furnace for Bluetooth Antenna Fabrication Precision Sintering for Optimal Signal Integrity and Miniaturization The performance of a ceramic-based Bluetooth antenna is fundamentally defined during the sintering process. Tailord's Mesh Belt Sintering Furnaces are precision-engineered to deliver the exact thermal environment required to transform printed conductive patterns into high-performance, reliable antenna elements. We provide the critical control

Belt Sintering Furnace for Pressure Sensor Components Precision Sintering for Uncompromising Accuracy and Long-Term Stability The heart of a high-performance pressure sensor is its sensing element, whose accuracy and stability are forged during the critical sintering process. Tailord's Mesh Belt Sintering Furnaces are precision-engineered to deliver the exact thermal environment required to create robust, reliable, and highly sensitive sensing cores. Whether for ceramic

Multi-layer Inductors(MLCI) Sintering Belt Furnace Precision Co-firing for Miniaturization and High Performance The manufacturing of multi-layer inductors is a marvel of micro-engineering, where alternating layers of ferrite and internal conductive coil are built up and fired into a single, monolithic chip. Tailord's Mesh Belt Sintering Furnaces are critically engineered to master the delicate balance of co-firing these dissimilar materials. We provide the precise thermal and

Mesh Belt Furnace for Firing Gold Paste Where Ultimate Conductivity Meets Unmatched Reliability In the realm of high-performance and high-reliability electronics, gold paste serves as the conductor of choice where signal integrity, corrosion resistance, and long-term stability are non-negotiable. Tailord's Mesh Belt Furnaces are precision-engineered to transform printed gold paste into a brilliant, dense, and perfectly adhered conductive pathway. Our furnaces deliver the

Laboratory Mesh Belt Sintering Furnace (Air Atmosphere) Precision, Flexibility, and Scalability for Your R&D and Pilot Production In the world of advanced materials research and development, the bridge between a breakthrough formula and a viable product is often built in the laboratory. Tailord's Laboratory Mesh Belt Sintering Furnaces are engineered to provide this critical link. Compact yet powerful, they bring the controlled, continuous processing capabilities of

Chip Resistors (Ruthenium Paste) Firing Mesh Belt Furnace Precision Firing for Absolute Value Stability and High-Volume Excellence At the core of every reliable chip resistor lies a ceramic substrate and a resistive film, whose performance is fundamentally defined during the sintering process. Tailord's Mesh Belt Sintering Furnaces are engineered to deliver the ultimate combination of thermal precision and continuous throughput, transforming alumina substrates and functional

Mesh Belt Furnace for Binder Burn-out & Vitrification of Glass Insulators Mastering the Critical Transition from Organic Form to Inorganic Performance The manufacturing of glass insulators involves a delicate two-stage thermal dance: the meticulous removal of the organic shaping aids (binder/burn-out) followed by the high-temperature densification and vitrification of the glass powder. Tailord's Mesh Belt Furnaces are masterfully engineered to manage this critical transition

Mesh Belt Sintering Furnace for Piezoelectric Bimorph Elements Precision Co-firing for Maximum Displacement and Reliability The piezoelectric bimorph, a workhorse of precision motion and sensing, demands unparalleled uniformity and stress management during sintering. Tailord's Mesh Belt Sintering Furnaces are masterfully engineered to co-fire the delicate multi-layer structure of a bimorph—two piezoelectric layers sandwiching a conductive inner layer—into a single, high

Mesh Belt Furnace for Silver Electrode Firing on NTC & PTC Thermistors Precision Firing for Optimal Electrical Contact and Long-Term Stability The performance and reliability of NTC (Negative Temperature Coefficient) and PTC (Positive Temperature Coefficient) thermistors are critically dependent on the quality of their terminal connections. Tailord's Mesh Belt Sintering Furnaces are precision-engineered to create robust, low-resistance, and highly adherent silver electrodes

Mesh Belt Furnace for LTCC Post-Fire Co-Firing Process Precision Co-Firing for High-Density, High-Reliability Multilayer Circuits Low-Temperature Co-fired Ceramic (LTCC) technology enables the creation of complex, highly integrated multilayer circuits for high-frequency and high-reliability applications. The post-fire co-firing process is the most critical step, where the "green" laminated modules are transformed into robust, monolithic structures. Tailord's Mesh Belt

Mesh Belt Furnace for Sintering Piezoelectric Ceramics Where Precision Fosters Performance: Sintering the Future of Piezoelectricity In piezoelectric ceramics, the sintering process is not merely a step—it is the transformative stage where polarization domains form and electromechanical coupling is born. Tailord's Mesh Belt Sintering Furnaces are masterfully engineered to provide the exacting thermal environment required to achieve superior density, precise stoichiometry, and

Mesh Belt Furnace for Sintering Ferrite Inductors Precision Sintering for Superior Magnetic Performance The core of every high-performance ferrite inductor is its magnetic body, whose properties are unlocked during the critical sintering stage. Tailord's Mesh Belt Furnaces are precision-engineered to deliver the exact thermal environment required to transform pressed powder compacts into dense, high-permeability, and low-loss ferrite cores. Our continuous sintering solutions

Mesh Belt Furnace for Firing Silver-Palladium Paste Electrodes Where Conductivity, Adhesion, and Reliability Fuse Together The firing of Silver-Palladium paste is a delicate thermal dance that determines the ultimate performance of the electrode. Tailord's Mesh Belt Furnaces are masterfully engineered to execute this process with unparalleled precision, transforming the applied paste into a highly conductive, perfectly adhered, and ultra-reliable electrode film. We provide

Mesh Belt Furnace for Metal Glaze Resistors (MGR) Production Precision Firing for Peak Performance In the production of Metal Glaze Resistors, the firing process is where the core functionality is born. Tailord's Mesh Belt Furnaces are engineered to transform the applied glaze formulation into a hard, stable, and conductive film with exceptional precision and repeatability. Our furnaces deliver the critical combination of temperature profile and atmosphere control required to

Ceramic capacitor SLK3020-1810Z Belt Sintering Furnace Tailord Belt Sintering Furnace delivers exceptional precision and reliability for continuous thermal processing. Designed with a high-strength stainless steel mesh belt and multi-zone temperature control, it ensures uniform heating, stable performance, and consistent product quality. With an energy-efficient design, modular construction, and flexible customization, this furnace is ideal for mass production in metallurgy,

1. Main Application: This furnace is mainly designed for heating treatment of Fuel Level Sensor (FLS). 2. Technical Specification: 2.1. Max Temperature: 1050℃ 2.2. Working Temperature: 900℃ 2.3. Effective Height of the Product: ≤50mm 2.4. Belt Width: 350mm 2.5. Belt Material: Cr20Ni80 Nickel-Chrome Alloy 2.6. Max Load on the Belt: 35kg/m²(exclude the belt weight) 2.7. Drive System: Big wrap angle friction drive 2.8. Belt Speed: 30mm-200mm/min, Stepless speed regulation with

1. Main Application: This furnace is mainly designed for heating treatment of products like thick film circuits, thick film resistors, electronic component electrodes, LTCC post-firing, etc. 2. Technical Specification: 2.1. Max Temperature: 1050℃ 2.2. Working Temperature: 300-1000℃ 2.3. Effective Height of the Product: ≤130mm 2.4. Belt Width: 400mm 2.5. Belt Material: Cr20Ni80 2.6. Max Load on the Belt: 50kg/m2 (exclude the belt weight) 2.7. Drive System: Big wrap angle

1. Main Application: This furnace is mainly used for metal materials in air conditions quenching, annealing and other heat treatment processes 2. Technical Specification: 2.1. Max Temperature: 700℃ 2.2. Working Temperature: 550℃ 2.3. Effective Height of the Product: ≤150mm 2.4. Belt Width: 400mm 2.5. Belt Material: SUS 314 Stainless Steel 2.6. Max Load on the Belt: 50kg/m2 (exclude the belt weight) 2.7. Drive System: Big wrap angle friction drive 2.8. Belt Speed: 10-80mm/min,

1. Main Application: This furnace is mainly designed for heating treatment of products like thick film circuits, thick film resistors, electronic component electrodes, LTCC post-firing, etc. 2. Technical Specification: 2.1. Max Temperature: 1050℃ 2.2. Working Temperature: 300-1000℃ 2.3. Effective Height of the Product: ≤130mm 2.4. Belt Width: 400mm 2.5. Belt Material: Cr20Ni80 2.6. Max Load on the Belt: 50kg/m2 (exclude the belt weight) 2.7. Drive System: Big wrap angle

1. Main Application: This furnace is designed for binder burn out(BBO) and sintering of products like LTCC, thick film circuits, thick film resistors, electronic component electrodes. 2. Technical Specification: 2.1. Max Temperature: 1050℃,Rated Temperature: 850℃ 2.2. The Effective Height of the Product: ≤ 80mm 2.3. Belt Width: 350mm 2.4. Belt Material: Cr20Ni80 2.5. Max Load on the Belt: 35kg/m2 (exclude the belt weight) 2.6. Drive System: Big wrap angle friction drive 2.7.