Titanium material database

We supply products made of titanium for use in electroplating applications. We have compiled the most important information on the titanium alloys we use for this purpose in a materials database.
A basic distinction is made between pure titanium (grades 1-4) and titanium alloys (grades 5-23). In the galvanic surface area, grades 1-5 are predominantly used.
Titanium 3.7025 (grade 1) is a pure titanium and belongs to the group of reactive metals. The material is characterized by its high corrosion resistance in oxidizing media, which is due to the formation of a solid and well-adhering oxide layer. It has a favorable strength-to-density ratio and high creep strength. In the electroplating sector, grade 1 is mainly used for thinner sheets that do not need to have spring properties.

N % max
C % max
H % max
Fe % max 
O % max
Sonstige % max  
Titan
0,030,080,0150,200,180,1 Rest

Electroplating applications: Sheet metal
Conductivity: 0.6 A/sqm
Titanium 3.7035 (grade 2) is a pure titanium and belongs to the group of reactive metals. Titanium grade 2 is characterized by its high corrosion resistance in oxidizing media. The resistance is based on the formation of a solid and well-adhering oxide layer on the surface, which is formed in combination with oxygen. It has a favorable strength-to-density ratio and high creep strength. Titanium grade 2 is the most commonly used titanium in the electroplating sector. It is used for the basic construction of electroplating racks as well as for connecting elements (titanium screws, etc.) and non-spring contacts.
  
N % max
C % max
H % max 
Fe % max
O % max
Sonstige % max
Titan
0,03  0,08 0,015 0,30 0,250,1 Rest
Application area electroplating: Bar material, sheet metal, screws, standard parts
Conductivity: 0.6 A/sqm
Titanium 3.7055 (grade 3) belongs to the group of reactive metals and is a pure titanium. It forms a solid and well-adhering oxide layer on the surface, thanks to which the material has very high corrosion resistance in oxidizing media. It is characterized by a favourable strength-to-density ratio and high creep strength. In the galvanic environment, titanium grade 3 is mainly used for contact springs made of wire, which have a good spring effect.

N % max
C % max
H % max
Fe % max
O % max
Sonstige % max
Titan
0,050,080,0150,300,350,1Rest
Electroplating applications: Wire, sheet metal
Conductivity: 0.6 A/sqm
Titanium 3.7065 (grade 4) is a reactive metal and belongs to the group of pure titanium. Due to the superficial formation of a solid and well-adhering oxide layer, titanium has very high corrosion resistance in oxidizing media. It is very hard and has a very high strength-to-density ratio as well as good creep strength. In electroplating, grade 4 titanium is used in the form of titanium wire for predominantly straight contact springs, which must have a strong spring effect. The wire can only be bent to a very limited extent as it tends to break due to its high strength. Titanium grade 4 is also used as sheet metal for contact clips and titanium plates.

N % max
C % max
H % max
Fe % max
O % max
Sonstige % max
Titan
0,050,080,0150,500,400,1Rest
Electroplating applications: Wire, sheet metal
Conductivity: 0.6 A/sqm