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Round air vent grill 3D Files - Male diameter 100 to 150 mm | page 1

Model(s) 1 to 30 of 55
File of a round air vent for ventilation in STL format. Its male diameter measures 100 mm. The slats have an angle of 45° and a low thickness of 1.4 mm. A centered vertical reinforcement strengthens the whole structure. This 3D vent grille features a thin flange of 5 mm. The overall diameter of the model is 110 mm.
Parameter Value Unit
male diameter 100 mm
slat angle 45 °
slat thickness 1.4 mm
flange width 5 mm
central reinforcement yes
Design of a round vent cover for air circulation in STL format. Its male diameter measures 100 mm. The slats have an angle of 45° and a low thickness of 1.6 mm. This 3D ventilation grille has a thin flange of 5 mm. The full diameter of this model is 110 mm.
Parameter Value Unit
male diameter 100 mm
slat angle 45 °
slat thickness 1.6 mm
flange width 5 mm
central reinforcement no
3D file of a round grille for air circulation in STL format. Its male diameter is 100 mm. The slats have an angle of 40° and a low thickness of 1.6 mm. This 3D vent cover features a thin flange of 5 mm. The full diameter of the model is 110 mm.
Parameter Value Unit
male diameter 100 mm
slat angle 40 °
slat thickness 1.6 mm
flange width 5 mm
central reinforcement no
3D design of a round air vent for air circulation in STL format. Its insertion diameter is 100 mm. The slats have a steep angle of 60° and a low thickness of 1.6 mm. A vertical reinforcement reinforces the slats. This 3D vent grille has a collar of 10 mm. The full diameter of this model is 120 mm.
Parameter Value Unit
male diameter 100 mm
slat angle 60 °
slat thickness 1.6 mm
flange width 10 mm
central reinforcement yes
3D file of a round grille for air circulation in STL format. Its male diameter measures 100 mm. The slats have an angle of 40° and a low thickness of 1.4 mm. This vent grille has a flange of 10 mm. The full diameter of this model is 120 mm.
Parameter Value Unit
male diameter 100 mm
slat angle 40 °
slat thickness 1.4 mm
flange width 10 mm
central reinforcement no
Design of a round vent cover for air circulation in STL format. Its insertion diameter measures 100 mm. The slats have a slight angle of 30° and a low thickness of 1.6 mm. This vent cover features a thin flange of 5 mm. The overall diameter of this model is 110 mm.
Parameter Value Unit
male diameter 100 mm
slat angle 30 °
slat thickness 1.6 mm
flange width 5 mm
central reinforcement no
3D design of a round grille for ventilation in STL format. Its insertion diameter is 100 mm. The slats have a steep angle of 60° and a high thickness of 2.4 mm. A central reinforcement reinforces the whole structure. This ventilation grille features a flange of 10 mm. The total diameter of the model is 120 mm.
Parameter Value Unit
male diameter 100 mm
slat angle 60 °
slat thickness 2.4 mm
flange width 10 mm
central reinforcement yes
Design of a round air vent for air circulation in STL format. Its insertion diameter measures 100 mm. The slats have an angle of 45° and a high thickness of 2 mm. A vertical reinforcement secures the whole structure. This vent cover has a collar of 10 mm. The overall diameter of this model is 120 mm.
Parameter Value Unit
male diameter 100 mm
slat angle 45 °
slat thickness 2 mm
flange width 10 mm
central reinforcement yes
3D file of a round air vent for ventilation in STL format. Its male diameter is 100 mm. The slats have an angle of 45° and a high thickness of 2 mm. A centered vertical reinforcement strengthens the slats. This 3D aeration grille has a thin flange of 3 mm. The overall diameter of the model is 106 mm.
Parameter Value Unit
male diameter 100 mm
slat angle 45 °
slat thickness 2 mm
flange width 3 mm
central reinforcement yes
Design of a round air vent for air circulation in STL format. Its male diameter measures 100 mm. The slats have a slight angle of 30° and a high thickness of 1.8 mm. A centered vertical reinforcement secures the whole structure. This 3D aeration grille features a thin flange of 5 mm. The full diameter of this model is 110 mm.
Parameter Value Unit
male diameter 100 mm
slat angle 30 °
slat thickness 1.8 mm
flange width 5 mm
central reinforcement yes
3D design of a round grille for ventilation in STL format. Its male diameter measures 100 mm. The slats have a slight angle of 10° and a low thickness of 1.4 mm. A vertical reinforcement secures the slats. This 3D vent grille features a thin flange of 3 mm. The total diameter of this model is 106 mm.
Parameter Value Unit
male diameter 100 mm
slat angle 10 °
slat thickness 1.4 mm
flange width 3 mm
central reinforcement yes
Design of a round vent cover for ventilation in STL format. Its insertion diameter is 100 mm. The slats have a slight angle of 10° and a low thickness of 1.5 mm. This vent cover has a thin flange of 1 mm. The total diameter of this model is 102 mm.
Parameter Value Unit
male diameter 100 mm
slat angle 10 °
slat thickness 1.5 mm
flange width 1 mm
central reinforcement no
Design of a round vent cover for ventilation in STL format. Its insertion diameter measures 100 mm. The slats have a slight angle of 10° and a high thickness of 2 mm. This 3D vent grille features a prominent flange of 20 mm. The full diameter of this model is 140 mm.
Parameter Value Unit
male diameter 100 mm
slat angle 10 °
slat thickness 2 mm
flange width 20 mm
central reinforcement no
3D model of a round vent cover for air circulation in STL format. Its insertion diameter is 100 mm. The slats have an angle of 33° and a high thickness of 1.8 mm. A vertical reinforcement strengthens the slats. This vent cover features a thin flange of 5 mm. The total diameter of the model is 110 mm.
Parameter Value Unit
male diameter 100 mm
slat angle 33 °
slat thickness 1.8 mm
flange width 5 mm
central reinforcement yes
Design of a round grille for ventilation in STL format. Its male diameter measures 100 mm. The slats have a slight angle of 18° and a high thickness of 1.9 mm. A central reinforcement reinforces the slats. This vent grille features a thin flange of 3 mm. The full diameter of this model is 106 mm.
Parameter Value Unit
male diameter 100 mm
slat angle 18 °
slat thickness 1.9 mm
flange width 3 mm
central reinforcement yes
Design of a round grille for air circulation in STL format. Its male diameter measures 100 mm. The slats have a slight angle of 30° and a high thickness of 2 mm. This vent grille features a prominent flange of 20 mm. The full diameter of the model is 140 mm.
Parameter Value Unit
male diameter 100 mm
slat angle 30 °
slat thickness 2 mm
flange width 20 mm
central reinforcement no
3D file of a round grille for air circulation in STL format. Its insertion diameter is 104 mm. The slats have a slight angle of 25° and a low thickness of 1.6 mm. A central reinforcement reinforces the slats. This aeration grille features a thin flange of 4 mm. The total diameter of this model is 112 mm.
Parameter Value Unit
male diameter 104 mm
slat angle 25 °
slat thickness 1.6 mm
flange width 4 mm
central reinforcement yes
File of a round vent cover for air circulation in STL format. Its insertion diameter is 104.6 mm. The slats have an angle of 45° and a low thickness of 1.6 mm. A central reinforcement secures the slats. This 3D vent grille features a thin flange of 5 mm. The overall diameter of the model is 114.6 mm.
Parameter Value Unit
male diameter 104.6 mm
slat angle 45 °
slat thickness 1.6 mm
flange width 5 mm
central reinforcement yes
3D design of a round grille for air circulation in STL format. Its male diameter measures 105 mm. The slats have an angle of 45° and a low thickness of 1.5 mm. A vertical reinforcement secures the slats. This vent grille has a prominent flange of 20 mm. The overall diameter of this model is 145 mm.
Parameter Value Unit
male diameter 105 mm
slat angle 45 °
slat thickness 1.5 mm
flange width 20 mm
central reinforcement yes
3D design of a round vent cover for air circulation in STL format. Its insertion diameter measures 110 mm. The slats have an angle of 45° and a low thickness of 1.6 mm. This 3D vent grille has a thin flange of 5 mm. The total diameter of the model is 120 mm.
Parameter Value Unit
male diameter 110 mm
slat angle 45 °
slat thickness 1.6 mm
flange width 5 mm
central reinforcement no
3D design of a round air vent for air circulation in STL format. Its male diameter is 110 mm. The slats have a slight angle of 25° and a low thickness of 1.6 mm. A central reinforcement reinforces the whole structure. This 3D aeration grille features a thin flange of 4 mm. The overall diameter of the model is 118 mm.
Parameter Value Unit
male diameter 110 mm
slat angle 25 °
slat thickness 1.6 mm
flange width 4 mm
central reinforcement yes
3D file of a round air vent for ventilation in STL format. Its insertion diameter is 110 mm. The slats have an angle of 35° and a low thickness of 1.6 mm. This 3D ventilation grille features a thin flange of 4 mm. The overall diameter of this model is 118 mm.
Parameter Value Unit
male diameter 110 mm
slat angle 35 °
slat thickness 1.6 mm
flange width 4 mm
central reinforcement no
3D file of a round grille for air circulation in STL format. Its male diameter is 115 mm. The slats have an angle of 45° and a high thickness of 2 mm. This ventilation grille has a collar of 10 mm. The full diameter of this model is 135 mm.
Parameter Value Unit
male diameter 115 mm
slat angle 45 °
slat thickness 2 mm
flange width 10 mm
central reinforcement no
3D design of a round vent cover for ventilation in STL format. Its male diameter is 115 mm. The slats have a slight angle of 10° and a high thickness of 2 mm. This 3D vent cover features a flange of 10 mm. The full diameter of this model is 135 mm.
Parameter Value Unit
male diameter 115 mm
slat angle 10 °
slat thickness 2 mm
flange width 10 mm
central reinforcement no
File of a round air vent for air circulation in STL format. Its insertion diameter measures 115 mm. The slats have an angle of 45° and a high thickness of 2 mm. A central reinforcement secures the slats. This vent grille has a flange of 10 mm. The overall diameter of the model is 135 mm.
Parameter Value Unit
male diameter 115 mm
slat angle 45 °
slat thickness 2 mm
flange width 10 mm
central reinforcement yes
Design of a round grille for ventilation in STL format. Its insertion diameter measures 115 mm. The slats have a slight angle of 10° and a high thickness of 2 mm. A centered vertical reinforcement secures the whole structure. This aeration grille has a prominent flange of 17 mm. The total diameter of the model is 149 mm.
Parameter Value Unit
male diameter 115 mm
slat angle 10 °
slat thickness 2 mm
flange width 17 mm
central reinforcement yes
3D design of a round grille for ventilation in STL format. Its insertion diameter is 118 mm. The slats have an angle of 45° and a high thickness of 2.4 mm. A centered vertical reinforcement strengthens the slats. This 3D aeration grille has a prominent flange of 20 mm. The full diameter of the model is 158 mm.
Parameter Value Unit
male diameter 118 mm
slat angle 45 °
slat thickness 2.4 mm
flange width 20 mm
central reinforcement yes
File of a round air vent for air circulation in STL format. Its male diameter measures 118 mm. The slats have an angle of 45° and a high thickness of 2 mm. A vertical reinforcement secures the slats. This aeration grille features a thin flange of 3 mm. The total diameter of the model is 124 mm.
Parameter Value Unit
male diameter 118 mm
slat angle 45 °
slat thickness 2 mm
flange width 3 mm
central reinforcement yes
File of a round grille for ventilation in STL format. Its male diameter measures 119.5 mm. The slats have a slight angle of 30° and a low thickness of 1.6 mm. This aeration grille has a thin flange of 5 mm. The overall diameter of this model is 129.5 mm.
Parameter Value Unit
male diameter 119.5 mm
slat angle 30 °
slat thickness 1.6 mm
flange width 5 mm
central reinforcement no
3D file of a round air vent for ventilation in STL format. Its male diameter is 120 mm. The slats have a slight angle of 30° and a low thickness of 1.6 mm. This vent grille has a thin flange of 5 mm. The total diameter of this model is 130 mm.
Parameter Value Unit
male diameter 120 mm
slat angle 30 °
slat thickness 1.6 mm
flange width 5 mm
central reinforcement no
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