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Home >> Porsche >> 2016 >> 911 Turbo, 2D Convertible >> Repair and Diagnosis >> Body & Frame >> Exterior Body Panels >> 5X - Body - General - 911 CARRERA (991) >> WM, 5X00IN05 Information On Aluminium Repairs >> List Of Materials

List Of Materials

G14221920Courtesy of PORSCHE CARS NORTH AMERICA, INC.

Add-on parts - Coupe

A  Aluminium sheet 
B  Cast aluminium 
C  Extruded aluminium profiles 
G14221921Courtesy of PORSCHE CARS NORTH AMERICA, INC.

Add-on parts - Cabriolet

A  Aluminium sheet 
B  Cast aluminium 
C  Extruded aluminium profiles 
G14221922Courtesy of PORSCHE CARS NORTH AMERICA, INC.

Add-on parts - Targa

A  Aluminium sheet 
B  Cast aluminium 
C  Extruded aluminium profiles 
G14221923Courtesy of PORSCHE CARS NORTH AMERICA, INC.

Structural parts - top (shown on the Coupe)

A  Aluminium sheet 
B  Cast aluminium 
C  Extruded aluminium profiles 
G14221924Courtesy of PORSCHE CARS NORTH AMERICA, INC.

Structural parts - bottom (shown on the Coupe)

A  Aluminium sheet 
B  Cast aluminium 
C  Extruded aluminium profiles 
Item Material group Material Proof stress(1) Tensiie strength(2) Use/Characteristics
A Aluminium sheet AISi1.2Mg0.4 160-200 N/mm2 220-240 N/mm2 Cuter skin parts very malleable
Part replacement as per Workshop Service Information
    AIMg3.5Mn 110-140 N/mm2 240-280 N/mm2 Reinforcement parts very malleable
    AIMg4.5Mn0.4 110-280 N/mm2 255-315 N/mm2 Part replacement as per worksnop Service Information
Must not be reshaped using mechanical or hydraulic pulling or pressing equipment
B Cast aluminium AIMg5SI2Mn 120-220 N/mm2 220-340 N/mm2 Reinforcement parts
Part replacement is not permitted
Must not be reshaped
  Extruded aluminium profile AIMg0.5Si 90-190 N/mm2 195-215 N/mm2 Reinforcement parts not very malleable
    AIMg0.7Si 90-190 N/mm2 140-230 N/mm2 Part replacement as per Workshop Service Information
Must not be reshaped using mechanical or hydraulic pulling or pressing equipment
(1) Proof stress (yield stress) is the amount of mechanical stress above which a material will extend or buckle irreversibly or deform plastically.

(2) Tensile strength is the resistance of a material to a force tending to tear it apart. If the tensile force is greater than the tensile strength of a body, it will be damaged irreparably.