High Conductivity ITO Heater Glass for Medical Lab Heating - Felix Glass
- 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 Coated 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 timeTue, 08 Sep 2026 14:39:10 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
Detailed
Custom ITO conductive glass engineered to your drawing, sheet-resistance target and optical requirements. Precision CNC machining, magnetron sputtering ITO coating and custom finishing for electrochemistry labs, optoelectronic devices and industrial anti-static optical projects. Optical Glass Processing Experience Precision CNC Capability Prototype Support Typical Prototype Lead Time Typical Production Lead Time Manufacturing Facility *Actual tolerance, lead time and production capability depend on material, geometry, coating, quantity and project requirements.
One Supplier From Prototype to Mass Production. Avoid quality disputes and delivery delays caused by multi-supplier coordination. We provide integrated control across substrate machining, magnetron sputtering ITO coating and quality inspection for your custom ITO conductive glass projects.
Custom ITO conductive glass for photoelectrochemical cells, solar-cell R&D and material science test substrates. Recommended Solution: Soda-lime / Borosilicate / Fused Silica Substrate + Single-side ITO Coating + Precision CNC Processing High-precision ITO conductive glass for industrial touch-sensing layers and optoelectronic detector windows. Recommended Solution: Borosilicate Substrate + ITO Coating + AR Composite Coating + CNC Machining Fused-silica based ITO conductive glass for plasma chamber viewports, UV-optics and high-temperature anti-static windows. Recommended Solution: Fused Silica Quartz Substrate + ITO Sputtering + Precision Polishing *Subject to material, geometry, coating and quantity. Custom rectangular ITO substrate, defined sheet-resistance value, borosilicate base material for photoelectrochemistry experimental cell testing. Precision CNC cutting & edge chamfer for borosilicate substrate, ultrasonic cleaning, followed by magnetron sputtering single-side ITO coating, four-point-probe resistance test for each sample. Lab prototype samples passed resistance & optical inspection, approved for follow-up research batch orders. Fused-silica ITO conductive viewport, UV transmission requirement, anti-static performance for vacuum plasma equipment observation window. Quartz substrate precision polishing, high-clean vacuum magnetron-sputtering ITO coating, strict transmittance & resistance batch inspection. Custom samples delivered on schedule, validated under customer vacuum-chamber working conditions. Professionally verify drawing dimensions, tolerance, substrate material, target sheet-resistance and application scenarios to formulate customized production plans. Select matched substrates: soda-lime glass, borosilicate glass or fused silica quartz for UV-optics and high-temperature requirements. Original substrate cutting according to customized size standards to ensure blank dimension accuracy. Complete personalized processing: holes, slots, cutouts, steps and irregular contour shaping for your fixture assembly. Precision control of thickness, flatness and edge smoothness, eliminate burrs and sharp edges, strict ultrasonic cleaning before coating. High-vacuum magnetron sputtering process to achieve customer-specified sheet-resistance performance, single-side or double-side coating available. Four-point-probe sheet-resistance test, optical transmittance test, dimension detection and surface defect inspection. Protective export-grade packaging to reduce breakage risk during international transportation. Confirm custom dimensions, assembly fit, cutout positions and edge geometry before mass-production to avoid structural errors. Evaluate sheet-resistance consistency, light transmittance and coating adhesion under your real lab or industrial working environment. Validate all technical indicators with low-cost prototype testing before committing to large-batch ITO glass orders. Still confused about your project configuration? Ask Our Engineers for Free Guidance Tell us what you need. Our engineers will review your requirements and provide a suitable manufacturing solution and quotation. Send your drawing, sample photo, dimension or sheet-resistance target. You don't need to finalize every specification. Our engineering team will provide professional customized manufacturing solutions for your project. Free engineering review · 1-piece prototype support · OEM/ODM manufacturingCustom ITO Conductive Glass Manufacturer
Magnetron Sputtered ITO Coated Optical Substrate
Is Your Current ITO Glass Supplier Causing These Problems?
Pain Points With Other Suppliers
Felix Glass Solution
Standard ITO glass cannot match your custom fixture dimension
Off-the-shelf ITO substrates cannot fit your unique device housing, cutouts and edge profiles. We manufacture fully customized ITO conductive glass strictly according to your CAD drawings and technical specifications.
Unstable sheet-resistance between batches
Poor sputtering control brings large resistance deviation and ruins lab test yields. Our in-house magnetron sputtering workshop tightly controls sheet-resistance consistency for every batch.
ITO film peeling after cutting or machining
Many suppliers machine after coating and cause ITO layer peeling. We prioritize substrate machining before sputtering for better coating adhesion and higher yield.
Low visible-light transmittance damages optical performance
Bad-quality ITO coating reduces light transmission and distorts measurement results. We deliver typical VIS transmittance ≥85% for standard resistance grades.
Limited substrate options for UV or high-temperature scenarios
Most suppliers only provide soda-lime base material. We support soda-lime, borosilicate and fused silica quartz substrates for UV-optics and high-temperature vacuum equipment.
Supplier requires high MOQ, hard for early-stage R&D validation
Many suppliers enforce large minimum order quantities for ITO coated glass, blocking lab prototype testing. We support 1-piece prototype testing to verify performance before mass-volume orders, lowering your R&D risk.
Difficult to find suppliers strictly follow drawing & resistance target
Our engineering team reviews drawings, tolerance, target sheet-resistance and substrate requirements before production to ensure finished goods match your approved specification.
Why Global OEM Buyers Work With Felix Glass
ITO Conductive Glass Engineered for Your Application
Electrochemistry Laboratory
Optoelectronic & Touch Sensors
UV-Optics & Vacuum Equipment
Core Technical Specifications
Item
Parameter
Base Material
Soda-lime / Borosilicate / Fused Silica Quartz
Coating Type
Single-side / Double-side Magnetron Sputtered ITO
Thickness Range
0.5 mm - 3.0 mm, custom thickness available
Sheet Resistance
5-10000 Ω/sq, customer-specified target*
CNC Tolerance
±0.01 mm ~ ±0.15 mm typical*
Optional Extra Coating
AR anti-reflection over-coating
Prototype MOQ
1 piece
Prototype Lead-time
7-12 days*
Mass Production Lead-time
14-25 days*
Typical Custom ITO Glass Project Examples
Electrochemistry Lab ITO Glass Project
Customer Requirement
Our Solution
Typical Project Outcome
Vacuum Plasma Chamber ITO Viewport Project
Customer Requirement
Our Solution
Typical Project Outcome
From CAD Drawing to Finished ITO Conductive Glass
01 Engineering Drawing Review
02 Professional Material Selection
03 Precision Raw Material Cutting
04 Custom CNC Machining
05 Grinding & Polishing
06 Magnetron Sputtering ITO Coating
07 Strict Multi-Dimensional Inspection
08 Export Standard Packaging & Shipment
Why Start With a 1-Piece ITO Glass Prototype?
01 Verify the Design
02 Test Electrical-Optical Performance
03 Reduce Production Risk
Not Sure Which ITO Glass Configuration You Need?
Your Requirement
Recommended Glass Solution
General-cost laboratory electrochemistry test
ITO-Coated Soda-lime Glass Substrate
Better thermal-shock resistance & moderate cost
ITO-Coated Borosilicate Glass Substrate
UV-optics / high-temperature vacuum environment
ITO-Coated Fused Silica Quartz Substrate
Higher visible-light transmittance
ITO plus AR over-coating composite stack
Dual-sided conductive requirement
Double-side ITO magnetron sputtering
Custom holes, cutouts & special-shaped outline
Precision CNC Machining before ITO coating
Early-stage R&D product verification
1-Piece Custom ITO Glass Prototype
Strict sheet-resistance tolerance requirement
Specify target Ω/sq value in drawing & technical sheet
Related ITO Conductive Glass Products
ITO Heater Glass
Medical Grade ITO Glass
Patterned ITO Glass
Lab ITO Slide Electrodes
ITO Conductive Glass Dome
Frequently Asked Questions Before Ordering
Request a Custom ITO Conductive Glass Quote
ITO Conductive Glass Product Series
Have an ITO Conductive Glass Project? Let's Review It.
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- Nearest port for product export
- Shenzhen, Guangzhou
- Delivery clauses under the trade mode
- FOB, CFR, CIF, EXW, FAS, CIP, FCA, CPT, DEQ, DDP, DDU, Express Delivery, DAF, DES
- Acceptable payment methods
- T/T, L/C, D/P D/A, MoneyGram, Credit Card, PayPal, Westem Union, Cash, Escrow