Glass paste
Glass pastes are integral to a variety of high-temperature and insulation applications, such as providing durable, heat-resistant protection for ceramics in high-temperature ceramic coatings, ensuring electrical insulation at elevated temperatures in high-temperature insulation coatings, and creating conductive, resistive, and dielectric layers in electronics through thick film paste coatings. They are also used for hermetically sealing pressure sensor chips to ensure durability and reliability, and for glass bonding in applications requiring ultra-low temperatures, maintaining both integrity and performance.
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High temperature ceramic coating
TLC-A418/332#
Green
≤900℃
1050±10℃
Iron, nickel, superalloy, heat-resistant alloy
Application: The sintered coating provides long-term protection to base metals, preventing corrosion from salt spray, high temperatures, and high-speed airflow. This significantly enhances the durability and lifespan of metal components. Due to its effectiveness, it is widely used in critical high-temperature parts like aircraft engine flame tubes, where resistance to harsh conditions is crucial for operational reliability and safety.
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High temperature ceramic coating
TLC-B-1000
Green
≤950℃
1050±10℃
Iron, nickel, superalloy, heat-resistant alloy
Application: The sintered coating provides long-term protection to base metals, preventing corrosion from salt spray, high temperatures, and high-speed airflow. This significantly enhances the durability and lifespan of metal components. Due to its effectiveness, it is widely used in critical high-temperature parts like aircraft engine flame tubes, where resistance to harsh conditions is crucial for operational reliability and safety.
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High temperature ceramic coating
TLC-T-1
Green
≤1000℃
1150±10℃
Iron, nickel, superalloy, heat-resistant alloy
Application: The sintered coating provides long-term protection to base metals, preventing corrosion from salt spray, high temperatures, and high-speed airflow. This significantly enhances the durability and lifespan of metal components. Due to its effectiveness, it is widely used in critical high-temperature parts like aircraft engine flame tubes, where resistance to harsh conditions is crucial for operational reliability and safety.
High temperature ceramic coating
TLC-W-200/W-300
Green
≤1000℃
1200±10℃
Iron, nickel, superalloy, heat-resistant alloy
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Application: The sintered coating provides long-term protection to base metals, preventing corrosion from salt spray, high temperatures, and high-speed airflow. This significantly enhances the durability and lifespan of metal components. Due to its effectiveness, it is widely used in critical high-temperature parts like aircraft engine flame tubes, where resistance to harsh conditions is crucial for operational reliability and safety.
High temperature ceramic coating
TLC-GR536
Green
≤1050℃
1050±10℃
Iron, nickel, superalloy, heat-resistant alloy
Product name:
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Operating temperature:
Sintering temperature:
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Application: The sintered coating provides long-term protection to base metals, preventing corrosion from salt spray, high temperatures, and high-speed airflow. This significantly enhances the durability and lifespan of metal components. Due to its effectiveness, it is widely used in critical high-temperature parts like aircraft engine flame tubes, where resistance to harsh conditions is crucial for operational reliability and safety.
High temperature ceramic coating
TLC-HTC-31
Green
≤1050℃
1070±10℃
Iron, nickel, superalloy, heat-resistant alloy
Product name:
P/N number: Appearance:
Operating temperature:
Sintering temperature:
Applicable material:
Application: The sintered coating provides long-term protection to base metals, preventing corrosion from salt spray, high temperatures, and high-speed airflow. This significantly enhances the durability and lifespan of metal components. Due to its effectiveness, it is widely used in critical high-temperature parts like aircraft engine flame tubes, where resistance to harsh conditions is crucial for operational reliability and safety.
High temperature ceramic coating
TLC-W11-8
Green
≤1050℃
1200±10℃
Iron, nickel, superalloy, heat-resistant alloy
Product name:
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Sintering temperature:
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Application: The sintered coating provides long-term protection to base metals, preventing corrosion from salt spray, high temperatures, and high-speed airflow. This significantly enhances the durability and lifespan of metal components. Due to its effectiveness, it is widely used in critical high-temperature parts like aircraft engine flame tubes, where resistance to harsh conditions is crucial for operational reliability and safety.
Low expansion high temperature glaze
TLC-RL-01
Green
≤1050℃
1150±10℃
insulation tile
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Application: Low-expansion high-temperature glaze is used on the surface of aircraft protective tiles. It is a high-temperature protective coating characterized by a high radiation coefficient and water resistance. This glaze enhances the durability and thermal efficiency of the protective tiles, ensuring they withstand extreme conditions during flight and safeguarding the integrity of the aircraft.
Low expansion high temperature glaze
TLC-BC-01
Green
≤800℃
850±10℃
stainless and other metal
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Application: Detector surface coatings are applied to the surfaces of detector components in aircraft. These coatings serve dual purposes: they protect the detectors from environmental and operational damage, and they enhance the accuracy of the detectors' measurements by improving signal clarity and stability. This ensures reliable performance and longevity of the detection systems in high-stress aviation environments.
High-temperature insulating glass coating
TLC-BM-1000
Green
≤950℃
1030±10℃
stainless
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Application: High-temperature insulating coatings are used on the surface of sensors to provide effective insulation under extreme temperatures. These coatings ensure that sensors maintain their functionality and accuracy by preventing electrical interference and thermal degradation, making them essential for reliable sensor performance in high-temperature environments.
High-temperature insulating glass coating
TLC-CMS-25
Black
≤500℃
750±10℃
Electrical pure iron
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Application: High-temperature insulating coatings are used on the surface of sensors to provide effective insulation under extreme temperatures. These coatings ensure that sensors maintain their functionality and accuracy by preventing electrical interference and thermal degradation, making them essential for reliable sensor performance in high-temperature environments.
Thick film glass
paste coatings
TLC-304S-03
Blue
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Application: Thick film paste coatings, primarily composed of Ba-Mg-Si microcrystalline glass, are used as insulating materials on 304 stainless steel substrates. Applied through screen printing, drying, and sintering, they form a reliable dielectric layer with minimal deformation. These pastes, made from a mix of organic carriers and glass powder, can be repeatedly printed and sintered, ensuring that organic components are fully burnt out during the sintering process for effective insulation.
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Applicable material:
Thick film glass
paste coatings
TLC-304S-03
Blue
Application: Thick film paste coatings, primarily composed of Ba-Mg-Si microcrystalline glass, are used as insulating materials on 304 stainless steel substrates. Applied through screen printing, drying, and sintering, they form a reliable dielectric layer with minimal deformation. These pastes, made from a mix of organic carriers and glass powder, can be repeatedly printed and sintered, ensuring that organic components are fully burnt out during the sintering process for effective insulation.
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Glass paste for sealing pressure sensor chips
TLC-PZB100
White
530~560℃
10.6×10⁻ ⁶K⁻¹
348℃
Application: Glass paste for sealing pressure sensor chips is formulated with Pb-Zn-B glass powder and organic carriers, ensuring complete burnout of organics between 300°C to 360°C. This glass paste is ideal for low-temperature hermetic sealing of stainless steel pressure sensors and chip materials, providing reliable protection and durability in sensor applications.
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Glass paste for sealing pressure sensor chips
TLC-PZB100
White
530~560℃
8.8×10⁻ ⁶K⁻¹
383℃
Application: Glass paste for sealing pressure sensor chips is formulated with Pb-Zn-B glass powder and organic carriers, ensuring complete burnout of organics between 300°C to 360°C. This glass paste is ideal for low-temperature hermetic sealing of stainless steel pressure sensors and chip materials, providing reliable protection and durability in sensor applications.
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Glass paste for sealing pressure sensor chips
TLC-PZB100
White
520~550℃
8.7×10⁻ ⁶K⁻¹
381℃
Application: Glass paste for sealing pressure sensor chips is formulated with Pb-Zn-B glass powder and organic carriers, ensuring complete burnout of organics between 300°C to 360°C. This glass paste is ideal for low-temperature hermetic sealing of stainless steel pressure sensors and chip materials, providing reliable protection and durability in sensor applications.
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Ultra-low temperature
glass paste
TLC-FR-47-58Z
PbO-B2O3-ZnO
330~380℃
7.02g/cm³
6.5~6.7x10⁻ ⁶K⁻¹
230℃
Application: Ultra-low temperature glass paste is designed for bonding ceramic, glass, and metal materials at low temperatures. It achieves full sealing between 320°C-380°C. Applied through screen printing or dispensing, this glass paste has proven effective in electronic products and optoelectronic devices, ensuring reliable and durable connections.
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Ultra-low temperature
glass paste
TLC-FR-47-03Z
PbO-B2O3-ZnO
320~370℃
7.02g/cm³
8.4x10⁻ ⁶K⁻¹
230℃
Application: Ultra-low temperature glass paste is designed for bonding ceramic, glass, and metal materials at low temperatures. It achieves full sealing between 320°C-380°C. Applied through screen printing or dispensing, this glass paste has proven effective in electronic products and optoelectronic devices, ensuring reliable and durable connections.
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P/N number: Glass type:
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Ultra-low temperature
glass paste
TLC-LWP01-1
Pb free
440~480℃
8.8x10⁻ ⁶K⁻¹
320℃
Application: Ultra-low temperature glass paste is designed for bonding ceramic, glass, and metal materials at low temperatures. It achieves full sealing between 320°C-380°C. Applied through screen printing or dispensing, this glass paste has proven effective in electronic products and optoelectronic devices, ensuring reliable and durable connections.
Product name:
P/N number: Glass type:
Sealing temperature:
Glass density:
Expansion coefficent:
Soft point:
Ultra-low temperature
glass paste
TLC-TWDW-1
Pb free
430~460℃
7.02g/cm³
8.5x10⁻ ⁶K⁻¹
320℃
Application: Ultra-low temperature glass paste is designed for bonding ceramic, glass, and metal materials at low temperatures. It achieves full sealing between 320°C-380°C. Applied through screen printing or dispensing, this glass paste has proven effective in electronic products and optoelectronic devices, ensuring reliable and durable connections.