IOR & Rendering Parameter Finder
Look up refractive index, PBR parameters, transparency, roughness and rendering notes for Blender, C4D, Maya, Unreal and Unity.
9,804materials
15categories
106tags
| materials | IOR | Category | Type | Render parameters | |
|---|---|---|---|---|---|
| Architectural Grade TPU Filament (Jewelry Grade) 建筑级TPU 弹性线材（珠宝级） |
1.490 - 1.520 F0 4.06% |
3D Printing | dielectric | Spec 0.48 · Rough 0.44 · Trans 0.03 | |
| Architectural Grade TPU Filament (Optical Grade) 建筑级TPU 弹性线材（光学级） |
1.490 - 1.520 F0 4.06% |
3D Printing | dielectric | Spec 0.48 · Rough 0.44 · Trans 0.03 | |
| Architectural Grade Tungsten Carbide (Architectural Use) 建筑级碳化钨陶瓷（建筑用） |
2.700 - 3.100 F0 23.73% |
Ceramics | dielectric | Spec 0.52 · Rough 0.54 · Trans 0 | |
| Architectural Grade Tungsten Carbide (Consumer Grade) 建筑级碳化钨陶瓷（消费级） |
2.700 - 3.100 F0 23.73% |
Ceramics | dielectric | Spec 0.52 · Rough 0.54 · Trans 0 | |
| Architectural Grade Tungsten Carbide (Decorative Use) 建筑级碳化钨陶瓷（装饰用） |
2.700 - 3.100 F0 23.73% |
Ceramics | dielectric | Spec 0.52 · Rough 0.54 · Trans 0 | |
| Architectural Grade Tungsten Carbide (Exterior Use) 建筑级碳化钨陶瓷（室外用） |
2.700 - 3.100 F0 23.73% |
Ceramics | dielectric | Spec 0.52 · Rough 0.54 · Trans 0 | |
| Architectural Grade Tungsten Carbide (Industrial Use) 建筑级碳化钨陶瓷（工业用） |
2.700 - 3.100 F0 23.73% |
Ceramics | dielectric | Spec 0.52 · Rough 0.54 · Trans 0 | |
| Architectural Grade Tungsten Carbide (Interior Use) 建筑级碳化钨陶瓷（室内用） |
2.700 - 3.100 F0 23.73% |
Ceramics | dielectric | Spec 0.52 · Rough 0.54 · Trans 0 | |
| Architectural Grade Tungsten Carbide (Jewelry Grade) 建筑级碳化钨陶瓷（珠宝级） |
2.700 - 3.100 F0 23.73% |
Ceramics | dielectric | Spec 0.52 · Rough 0.54 · Trans 0 | |
| Architectural Grade Tungsten Carbide (Optical Grade) 建筑级碳化钨陶瓷（光学级） |
2.700 - 3.100 F0 23.73% |
Ceramics | dielectric | Spec 0.52 · Rough 0.54 · Trans 0 | |
| Architectural Grade Vacuum (Architectural Use) 建筑级真空（建筑用） |
1.000 F0 0.00% |
Gases | volume | Spec 0.05 · Rough 0.06 · Trans 1 | |
| Architectural Grade Vacuum (Consumer Grade) 建筑级真空（消费级） |
1.000 F0 0.00% |
Gases | volume | Spec 0.05 · Rough 0.06 · Trans 1 | |
| Architectural Grade Vacuum (Decorative Use) 建筑级真空（装饰用） |
1.000 F0 0.00% |
Gases | volume | Spec 0.05 · Rough 0.06 · Trans 1 | |
| Architectural Grade Vacuum (Exterior Use) 建筑级真空（室外用） |
1.000 F0 0.00% |
Gases | volume | Spec 0.05 · Rough 0.06 · Trans 1 | |
| Architectural Grade Vacuum (Industrial Use) 建筑级真空（工业用） |
1.000 F0 0.00% |
Gases | volume | Spec 0.05 · Rough 0.06 · Trans 1 | |
| Architectural Grade Vacuum (Interior Use) 建筑级真空（室内用） |
1.000 F0 0.00% |
Gases | volume | Spec 0.05 · Rough 0.06 · Trans 1 | |
| Architectural Grade Vacuum (Jewelry Grade) 建筑级真空（珠宝级） |
1.000 F0 0.00% |
Gases | volume | Spec 0.05 · Rough 0.06 · Trans 1 | |
| Architectural Grade Vacuum (Optical Grade) 建筑级真空（光学级） |
1.000 F0 0.00% |
Gases | volume | Spec 0.05 · Rough 0.06 · Trans 1 | |
| Architectural Grade Vegetable Oil (Architectural Use) 建筑级食用油（建筑用） |
1.460 - 1.480 F0 3.62% |
Food & Tissue | subsurface | Spec 0.46 · Rough 0.46 · Trans 0.18 | |
| Architectural Grade Vegetable Oil (Consumer Grade) 建筑级食用油（消费级） |
1.460 - 1.480 F0 3.62% |
Food & Tissue | subsurface | Spec 0.46 · Rough 0.46 · Trans 0.18 | |
| Architectural Grade Vegetable Oil (Decorative Use) 建筑级食用油（装饰用） |
1.460 - 1.480 F0 3.62% |
Food & Tissue | subsurface | Spec 0.46 · Rough 0.46 · Trans 0.18 | |
| Architectural Grade Vegetable Oil (Exterior Use) 建筑级食用油（室外用） |
1.460 - 1.480 F0 3.62% |
Food & Tissue | subsurface | Spec 0.46 · Rough 0.46 · Trans 0.18 | |
| Architectural Grade Vegetable Oil (Industrial Use) 建筑级食用油（工业用） |
1.460 - 1.480 F0 3.62% |
Food & Tissue | subsurface | Spec 0.46 · Rough 0.46 · Trans 0.18 | |
| Architectural Grade Vegetable Oil (Interior Use) 建筑级食用油（室内用） |
1.460 - 1.480 F0 3.62% |
Food & Tissue | subsurface | Spec 0.46 · Rough 0.46 · Trans 0.18 |
Selected
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.