IOR & Rendering Parameter Finder

Look up refractive index, PBR parameters, transparency, roughness and rendering notes for Blender, C4D, Maya, Unreal and Unity.

9,804materials
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materials IOR Category Type Render parameters
Architectural Grade Flexible UV Resin (Jewelry Grade)
建筑级柔性光敏树脂(珠宝级)
1.480 - 1.530
F0 4.06%
3D Printing dielectric Spec 0.48 · Rough 0.44 · Trans 0.03
Architectural Grade Flexible UV Resin (Optical Grade)
建筑级柔性光敏树脂(光学级)
1.480 - 1.530
F0 4.06%
3D Printing dielectric Spec 0.48 · Rough 0.44 · Trans 0.03
Architectural Grade Gallium Arsenide (Architectural Use)
建筑级砷化镓(建筑用)
3.300 - 3.900
F0 31.95%
Optical Crystals transparent Spec 0.92 · Rough 0.075 · Trans 0.94
Architectural Grade Gallium Arsenide (Consumer Grade)
建筑级砷化镓(消费级)
3.300 - 3.900
F0 31.95%
Optical Crystals transparent Spec 0.92 · Rough 0.075 · Trans 0.94
Architectural Grade Gallium Arsenide (Decorative Use)
建筑级砷化镓(装饰用)
3.300 - 3.900
F0 31.95%
Optical Crystals transparent Spec 0.92 · Rough 0.075 · Trans 0.94
Architectural Grade Gallium Arsenide (Exterior Use)
建筑级砷化镓(室外用)
3.300 - 3.900
F0 31.95%
Optical Crystals transparent Spec 0.92 · Rough 0.075 · Trans 0.94
Architectural Grade Gallium Arsenide (Industrial Use)
建筑级砷化镓(工业用)
3.300 - 3.900
F0 31.95%
Optical Crystals transparent Spec 0.92 · Rough 0.075 · Trans 0.94
Architectural Grade Gallium Arsenide (Interior Use)
建筑级砷化镓(室内用)
3.300 - 3.900
F0 31.95%
Optical Crystals transparent Spec 0.92 · Rough 0.075 · Trans 0.94
Architectural Grade Gallium Arsenide (Jewelry Grade)
建筑级砷化镓(珠宝级)
3.300 - 3.900
F0 31.95%
Optical Crystals transparent Spec 0.92 · Rough 0.075 · Trans 0.94
Architectural Grade Gallium Arsenide (Optical Grade)
建筑级砷化镓(光学级)
3.300 - 3.900
F0 31.95%
Optical Crystals transparent Spec 0.92 · Rough 0.075 · Trans 0.94
Architectural Grade Gallium Nitride (Architectural Use)
建筑级氮化镓(建筑用)
2.300 - 2.450
F0 16.60%
Electronics & Displays dielectric Spec 0.72 · Rough 0.22 · Trans 0.12
Architectural Grade Gallium Nitride (Consumer Grade)
建筑级氮化镓(消费级)
2.300 - 2.450
F0 16.60%
Electronics & Displays dielectric Spec 0.72 · Rough 0.22 · Trans 0.12
Architectural Grade Gallium Nitride (Decorative Use)
建筑级氮化镓(装饰用)
2.300 - 2.450
F0 16.60%
Electronics & Displays dielectric Spec 0.72 · Rough 0.22 · Trans 0.12
Architectural Grade Gallium Nitride (Exterior Use)
建筑级氮化镓(室外用)
2.300 - 2.450
F0 16.60%
Electronics & Displays dielectric Spec 0.72 · Rough 0.22 · Trans 0.12
Architectural Grade Gallium Nitride (Industrial Use)
建筑级氮化镓(工业用)
2.300 - 2.450
F0 16.60%
Electronics & Displays dielectric Spec 0.72 · Rough 0.22 · Trans 0.12
Architectural Grade Gallium Nitride (Interior Use)
建筑级氮化镓(室内用)
2.300 - 2.450
F0 16.60%
Electronics & Displays dielectric Spec 0.72 · Rough 0.22 · Trans 0.12
Architectural Grade Gallium Nitride (Jewelry Grade)
建筑级氮化镓(珠宝级)
2.300 - 2.450
F0 16.60%
Electronics & Displays dielectric Spec 0.72 · Rough 0.22 · Trans 0.12
Architectural Grade Gallium Nitride (Optical Grade)
建筑级氮化镓(光学级)
2.300 - 2.450
F0 16.60%
Electronics & Displays dielectric Spec 0.72 · Rough 0.22 · Trans 0.12
Architectural Grade Gelatin (Architectural Use)
建筑级食用明胶(建筑用)
1.500 - 1.530
F0 4.19%
Food & Tissue subsurface Spec 0.46 · Rough 0.46 · Trans 0.18
Architectural Grade Gelatin (Consumer Grade)
建筑级食用明胶(消费级)
1.500 - 1.530
F0 4.19%
Food & Tissue subsurface Spec 0.46 · Rough 0.46 · Trans 0.18
Architectural Grade Gelatin (Decorative Use)
建筑级食用明胶(装饰用)
1.500 - 1.530
F0 4.19%
Food & Tissue subsurface Spec 0.46 · Rough 0.46 · Trans 0.18
Architectural Grade Gelatin (Exterior Use)
建筑级食用明胶(室外用)
1.500 - 1.530
F0 4.19%
Food & Tissue subsurface Spec 0.46 · Rough 0.46 · Trans 0.18
Architectural Grade Gelatin (Industrial Use)
建筑级食用明胶(工业用)
1.500 - 1.530
F0 4.19%
Food & Tissue subsurface Spec 0.46 · Rough 0.46 · Trans 0.18
Architectural Grade Gelatin (Interior Use)
建筑级食用明胶(室内用)
1.500 - 1.530
F0 4.19%
Food & Tissue subsurface Spec 0.46 · Rough 0.46 · Trans 0.18
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Fresnel calculator

F0 reflectance4.00%
Critical angleN/A

Render parameters

Use IOR for refraction, F0 for dielectric reflectance, and roughness/specular/transparency as practical starting points. Values may vary by wavelength, temperature and surface treatment.