Debinding And Sintering Furnace

Integrated Drying & Firing Mesh Belt Furnace for Thick-Film Chip Resistors Precision Engineering for Unmatched Tolerance, TCR, and Stability The performance of thick film resistors, foundational components in virtually all electronic circuits, is born in the firing process. Achieving tight resistance tolerances, low Temperature Coefficient of Resistance (TCR), and long-term stability demands unparalleled control over the thermal profile. Tailord's Integrated Drying & Firing

Integrated Debinding and Sintering Mesh Belt Furnace for Instant Water Heater Thick-Film Heating Tubes Precision Engineering for Instantaneous, Safe, and Durable Hot Water Solutions The core of a modern instant-heating water dispenser is its thick-film heating tube, which demands exceptional performance for rapid heating, electrical safety, and long-term reliability in contact with potable water. Tailord's Integrated Debinding and Sintering Mesh Belt Furnace is the technologi

Integrated Drying & Firing Mesh Belt Furnace for EV Thermal Management Thick-Film Heaters Streamlined Precision for High-Power, Reliable Heating Solutions In the rapidly evolving landscape of electric vehicles, efficient thermal management—for battery packs, cabins, and powertrains—is critical. Thick-film heaters printed on metal or ceramic substrates offer a superior solution with their rapid response and high power density. Tailord's Integrated Drying & Firing Mesh Belt

TAILORD SLD Series Debinding and Sintering Integrated Furnace Main Application Fields: High-temperature heat treatment processes of thick-film circuits, thick-film heaters, LTCC, resistors/capacitors/inductors, SMD components, LED bases, electronic pastes, new materials, etc., under clean atmosphere environment. This equipment features an integrated design of drying and sintering, innovatively combining the drying and sintering processes.It effectively saves processes, space

1. Application: Widely used in the debinding processes of LTCC and MLCC manufacturing. 2. Technical Specification: Rated temperature: 400°C. Maximum temperature: 450°C. Effective dimensions: 550×660×640mm (W×H×D). Temperature uniformity: ±3°C. Temperature stability: ±1°C. Sintering atmosphere: Air. Heating elements: Stainless steel heaters. Compact design with small footprint. The chamber adopts a 12-grid structure forming 12 airflow channels. Airflow volume is adjusted by

1. Application: This equipment is mainly designed for sintering process of Electronic Ceramics, Magnetic Materials and other relevant materials. 2. Technical Specification: Nominal working Temp.: 1300ºC Max Temp.: 1400ºC Atmosphere: Air Effective Chamber Dimensions: 300mm×200mm×550mm(W×H×D) Max. Heating Power: 20kW Loading Method: Corundum Mullite Setter Heating Method: SiC Rods ( up and down of chamber) Temp. Uniformity: ± 5ºC ( tested in 1 hour insulation at 1300ºC)