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 | |
|---|---|---|---|---|---|
| Amorphous Silicon 非晶硅 |
3.500 - 4.500 F0 36.00% |
Electronics & Displays | dielectric | Spec 0.72 · Rough 0.16 · Trans 0.12 | |
| Animal Fat 动物脂肪 |
1.440 - 1.470 F0 3.43% |
Food & Tissue | subsurface | Spec 0.46 · Rough 0.4 · Trans 0.18 | |
| Architectural Grade ABS (Architectural Use) 建筑级ABS塑料（建筑用） |
1.540 F0 4.52% |
Plastics | dielectric | Spec 0.55 · Rough 0.41 · Trans 0.05 | |
| Architectural Grade ABS (Consumer Grade) 建筑级ABS塑料（消费级） |
1.540 F0 4.52% |
Plastics | dielectric | Spec 0.55 · Rough 0.41 · Trans 0.05 | |
| Architectural Grade ABS (Decorative Use) 建筑级ABS塑料（装饰用） |
1.540 F0 4.52% |
Plastics | dielectric | Spec 0.55 · Rough 0.41 · Trans 0.05 | |
| Architectural Grade ABS (Exterior Use) 建筑级ABS塑料（室外用） |
1.540 F0 4.52% |
Plastics | dielectric | Spec 0.55 · Rough 0.41 · Trans 0.05 | |
| Architectural Grade ABS (Industrial Use) 建筑级ABS塑料（工业用） |
1.540 F0 4.52% |
Plastics | dielectric | Spec 0.55 · Rough 0.41 · Trans 0.05 | |
| Architectural Grade ABS (Interior Use) 建筑级ABS塑料（室内用） |
1.540 F0 4.52% |
Plastics | dielectric | Spec 0.55 · Rough 0.41 · Trans 0.05 | |
| Architectural Grade ABS (Jewelry Grade) 建筑级ABS塑料（珠宝级） |
1.540 F0 4.52% |
Plastics | dielectric | Spec 0.55 · Rough 0.41 · Trans 0.05 | |
| Architectural Grade ABS (Optical Grade) 建筑级ABS塑料（光学级） |
1.540 F0 4.52% |
Plastics | dielectric | Spec 0.55 · Rough 0.41 · Trans 0.05 | |
| Architectural Grade Acrylic Clear Coat (Architectural Use) 建筑级丙烯酸清漆（建筑用） |
1.490 - 1.520 F0 4.06% |
Coatings | coated | Spec 0.68 · Rough 0.28 · Trans 0.05 | |
| Architectural Grade Acrylic Clear Coat (Consumer Grade) 建筑级丙烯酸清漆（消费级） |
1.490 - 1.520 F0 4.06% |
Coatings | coated | Spec 0.68 · Rough 0.28 · Trans 0.05 | |
| Architectural Grade Acrylic Clear Coat (Decorative Use) 建筑级丙烯酸清漆（装饰用） |
1.490 - 1.520 F0 4.06% |
Coatings | coated | Spec 0.68 · Rough 0.28 · Trans 0.05 | |
| Architectural Grade Acrylic Clear Coat (Exterior Use) 建筑级丙烯酸清漆（室外用） |
1.490 - 1.520 F0 4.06% |
Coatings | coated | Spec 0.68 · Rough 0.28 · Trans 0.05 | |
| Architectural Grade Acrylic Clear Coat (Industrial Use) 建筑级丙烯酸清漆（工业用） |
1.490 - 1.520 F0 4.06% |
Coatings | coated | Spec 0.68 · Rough 0.28 · Trans 0.05 | |
| Architectural Grade Acrylic Clear Coat (Interior Use) 建筑级丙烯酸清漆（室内用） |
1.490 - 1.520 F0 4.06% |
Coatings | coated | Spec 0.68 · Rough 0.28 · Trans 0.05 | |
| Architectural Grade Acrylic Clear Coat (Jewelry Grade) 建筑级丙烯酸清漆（珠宝级） |
1.490 - 1.520 F0 4.06% |
Coatings | coated | Spec 0.68 · Rough 0.28 · Trans 0.05 | |
| Architectural Grade Acrylic Clear Coat (Optical Grade) 建筑级丙烯酸清漆（光学级） |
1.490 - 1.520 F0 4.06% |
Coatings | coated | Spec 0.68 · Rough 0.28 · Trans 0.05 | |
| Architectural Grade Acrylic Glass (Architectural Use) 建筑级有机玻璃/亚克力（建筑用） |
1.490 - 1.492 F0 3.89% |
Glasses | transparent | Spec 0.95 · Rough 0.09 · Trans 0.92 | |
| Architectural Grade Acrylic Glass (Consumer Grade) 建筑级有机玻璃/亚克力（消费级） |
1.490 - 1.492 F0 3.89% |
Glasses | transparent | Spec 0.95 · Rough 0.09 · Trans 0.92 | |
| Architectural Grade Acrylic Glass (Decorative Use) 建筑级有机玻璃/亚克力（装饰用） |
1.490 - 1.492 F0 3.89% |
Glasses | transparent | Spec 0.95 · Rough 0.09 · Trans 0.92 | |
| Architectural Grade Acrylic Glass (Exterior Use) 建筑级有机玻璃/亚克力（室外用） |
1.490 - 1.492 F0 3.89% |
Glasses | transparent | Spec 0.95 · Rough 0.09 · Trans 0.92 | |
| Architectural Grade Acrylic Glass (Industrial Use) 建筑级有机玻璃/亚克力（工业用） |
1.490 - 1.492 F0 3.89% |
Glasses | transparent | Spec 0.95 · Rough 0.09 · Trans 0.92 | |
| Architectural Grade Acrylic Glass (Interior Use) 建筑级有机玻璃/亚克力（室内用） |
1.490 - 1.492 F0 3.89% |
Glasses | transparent | Spec 0.95 · Rough 0.09 · Trans 0.92 |
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.