High Conductivity ITO Heater Glass for Medical Lab Heating - Felix Glass
FOB Price
- US $4.98
5 - 99 piece
- US $4.78
100 - 999 piece
- US $4.21
1000 - 4999 piece
- US $3.09
5000 - 9999 piece
group nameITO Conductive Glass
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Min Order5 piece
brand nameFELIX GLASS optical glass Manufacturing base
modelMDG-0539
payment methodL/C, D/A, D/P, Western Union
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update timeFri, 17 Jul 2026 09:34:44 GMT
Paramtents
Base Substrate Borosilicate glass / UV fused silica quartz
Conductive Film High-conductivity ITO (In₂O₃:SnO₂) thick uniform coating
Sheet Resistance (Heater Grade) 3–10 Ω/sq (low resistance for fast heating)
Visible Transmittance ≥83% @ 550 nm
Standard Dimensions 50×50mm, 75×100mm, 100×150mm, custom sizes
Glass Thickness 1.1mm, 1.5mm, 2.0mm, 3.0mm
Working Temperature Range RT ~ 180°C constant temperature control
Heating Uniformity Temperature deviation ≤ ±1.5°C across whole surface
Surface Roughness ≤3 nm RMS for sample observation
Insulation Safety Insulated edge processing to prevent electric leakage
Custom Processing Cutting, drilling, electrode printing, ITO circuit patterning, edge chamfering
Chemical Resistance Resistant to lab solvents, alcohol and mild disinfectants
Packging & Delivery
Size100cm x100cm x30cm
Weight5kg / piece
Min Order5 piece
Briefing
Professional ITO conductive glass with low resistance & high light transmittance. custom for electronics and optical equipment
Detailed
High Conductivity ITO Heater Glass | Transparent ITO Heating Glass for Medical & Lab Equipment
Felix Glass high conductivity ITO heater glass is a transparent electrothermal component coated with low-resistance ITO conductive film via precision magnetron sputtering. Combined with borosilicate or fused silica quartz substrates, it delivers even, stable surface heating while maintaining high optical transparency. This transparent heating substrate is widely applied in medical constant-temperature incubators, laboratory heating stages, microscopic thermal platforms and in-vitro diagnostic testing devices, allowing real-time visual observation of samples during constant-temperature heating cycles.
Technical Specifications
| Property | Standard Parameter |
|---|---|
| Base Substrate | Borosilicate glass / UV fused silica quartz |
| Conductive Film | High-conductivity ITO (In₂O₃:SnO₂) thick uniform coating |
| Sheet Resistance (Heater Grade) | 3–10 Ω/sq (low resistance for fast heating) |
| Visible Transmittance | ≥83% @ 550 nm |
| Standard Dimensions | 50×50mm, 75×100mm, 100×150mm, custom sizes |
| Glass Thickness | 1.1mm, 1.5mm, 2.0mm, 3.0mm |
| Working Temperature Range | RT ~ 180°C constant temperature control |
| Heating Uniformity | Temperature deviation ≤ ±1.5°C across whole surface |
| Surface Roughness | ≤3 nm RMS for sample observation |
| Insulation Safety | Insulated edge processing to prevent electric leakage |
| Custom Processing | Cutting, drilling, electrode printing, ITO circuit patterning, edge chamfering |
| Chemical Resistance | Resistant to lab solvents, alcohol and mild disinfectants |
Two Substrate Options
Borosilicate ITO Heater Glass (General Lab & Medical Use)
- Features: Cost-effective, good thermal shock resistance, stable heating performance
- Application: General lab heating platforms, medical reagent constant-temperature trays, small diagnostic incubators
Fused Silica Quartz ITO Heater Glass (UV Optical Heating Equipment)
- Features: Full UV-Vis-IR light transmission, low thermal expansion, high temperature tolerance
- Application: UV microscopic heating stages, photothermal catalytic test platforms, UV biochemistry detection instruments
Core Key Features
Ultra-High Conductivity Fast Heating
Low sheet resistance of 3–10 Ω/sq enables rapid temperature rise, supporting quick heating and stable constant temperature control for lab and medical testing workflows.
Full Transparency for Real-Time Observation
High visible transmittance retains clear optical visibility; researchers can observe sample changes without removing specimens from the heating platform.
Uniform Surface Heating
The dense, consistent ITO conductive layer eliminates local hot spots, ensuring precise, even heating required for biochemical and medical constant-temperature experiments.
Safe Insulated Structure
Electrode edges adopt dedicated insulation treatment, effectively avoiding electric leakage risk during long-term medical and laboratory continuous operation.
Stable Coating Durability
The high-density sputtered ITO film resists frequent heating cycles without resistance drift, peeling or aging, extending service life for repeated daily use.
Custom Electrothermal Circuit Design
Custom electrode printing and ITO patterning available to match customized heating power and temperature control requirements of medical devices and lab instruments.
Main Applications
- Laboratory microscopic heating stages & thermal analysis platforms
- Medical constant-temperature incubators and reagent holding trays
- In-vitro diagnostic (IVD) biochemical testing heating modules
- Photothermal catalysis & UV thermal reaction experimental equipment
- Cell culture transparent heating substrates for biological labs
- Medical microscopic imaging constant-temperature testing equipment
- Industrial optical detection transparent heating windows
Custom Manufacturing Services
- Custom length, width and thickness of heating glass substrates
- Custom low-resistance ITO coating matched with target heating power
- Electrode printing, wiring terminals and selective ITO circuit patterning
- Precision cutting, drilling and edge safety insulation processing
- Small R&D prototype batches and large mass production for medical instrument manufacturers
- Complete temperature performance test reports supplied before delivery
Why Choose Felix Glass
- Professional manufacturer of transparent ITO electrothermal glass with lab & medical grade standards
- ISO 9001 certified production line with full heating uniformity and resistance testing
- Special low-resistance high-conductivity ITO coating formula designed for heating purposes
- Stable thermal cycle performance, no coating failure under long-term repeated heating
- Technical support for temperature control circuit matching and equipment assembly
- Global shipping for university labs, medical device factories and optical instrument manufacturers
FAQ
1.What is high conductivity ITO heater glass used for?
It is a transparent electrothermal substrate that provides uniform constant heating while allowing visual observation of samples for medical incubators and laboratory heating stages.
2.What resistance range fits heating applications?
3–10 Ω/sq low-resistance ITO coating is specially customized for fast, stable heating performance.
3.What maximum temperature can the heating glass reach?
It supports stable constant temperature operation up to 180°C.
4.Quartz vs borosilicate heater glass, which to pick?
Borosilicate for conventional heating devices; quartz substrate for UV light transmission photothermal experiments.
5.Will hot spots appear during heating?
Our uniform sputtered ITO film ensures temperature deviation within ±1.5°C without local overheating.
6.Can you customize heating electrode circuits and shapes?
Custom electrode printing, ITO patterning and irregular outlines are fully supported according to equipment drawings.
7.Is the glass safe for long-term medical lab use?
Edges are insulated to prevent leakage; coating resists repeated heating cycles and common lab disinfectants.
Related Products
Link: Quartz Glass Plate
Link: Quartz Glass Tube
Link: ITO Glass Electrodes
Request a Quote
Provide required dimensions, target working temperature, substrate material and circuit customization demands. We supply factory pricing, heating performance test data and fast sampling for your medical and laboratory heating equipment development.
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