Rolled tantalum

Leaf tantalic 0,5x150 TVCh Tantalum — metal of gray and steel color with slightly bluish shade. Despite the hardness, tantalum it is plastic as gold. Pure tantalum well gives in to machining, is easily stamped, rolled in a wire and the thinnest sheets with thickness in the 100-th shares of...

Leaf of tantalic 0,5 mm of TVCh Tantalum — metal of gray and steel color with slightly bluish shade. Despite the hardness, tantalum it is plastic as gold. Pure tantalum well gives in to machining, is easily stamped, rolled in a wire and the thinnest sheets with thickness in the 100-th shares of...

Leaf of tantalic 0,4 mm of TVCh Tantalum — metal of gray and steel color with slightly bluish shade. Despite the hardness, tantalum it is plastic as gold. Pure tantalum well gives in to machining, is easily stamped, rolled in a wire and the thinnest sheets with thickness in the 100-th shares of...

The tantalic bar - is made from ingots by means of rolling, without additional pressing and forging. Have a smooth and pure surface. Advantages of a tantalic bar:• resistance to corrosion,• good heat transfer,• plasticity,• good workability. Scope of a tantalic bar:• in metallurgy,• in instrument...

The tantalic bar - is made from ingots by means of rolling, without additional pressing and forging. Have a smooth and pure surface. Advantages of a tantalic bar:• resistance to corrosion,• good heat transfer,• plasticity,• good workability. Scope of a tantalic bar:• in metallurgy,• in instrument...

The tantalic bar - is made from ingots by means of rolling, without additional pressing and forging. Have a smooth and pure surface. Advantages of a tantalic bar:• resistance to corrosion,• good heat transfer,• plasticity,• good workability. Scope of a tantalic bar:• in metallurgy,• in instrument...

The tantalic bar - is made from ingots by means of rolling, without additional pressing and forging. Have a smooth and pure surface. Advantages of a tantalic bar:• resistance to corrosion,• good heat transfer,• plasticity,• good workability. Scope of a tantalic bar:• in metallurgy,• in instrument...

The tantalic bar - is made from ingots by means of rolling, without additional pressing and forging. Have a smooth and pure surface. Advantages of a tantalic bar:• resistance to corrosion,• good heat transfer,• plasticity,• good workability. Scope of a tantalic bar:• in metallurgy,• in instrument...

The tantalic bar - is made from ingots by means of rolling, without additional pressing and forging. Have a smooth and pure surface. Advantages of a tantalic bar:• resistance to corrosion,• good heat transfer,• plasticity,• good workability. Scope of a tantalic bar:• in metallurgy,• in instrument...

Leaf of tantalic 0,25 mm of TVCh Tantalum — metal of gray and steel color with slightly bluish shade. Despite the hardness, tantalum it is plastic as gold. Pure tantalum well gives in to machining, is easily stamped, rolled in a wire and the thinnest sheets with thickness in the 100-th shares of...

Leaf of tantalic 0,3 mm of TVCh Tantalum — metal of gray and steel color with slightly bluish shade. Despite the hardness, tantalum it is plastic as gold. Pure tantalum well gives in to machining, is easily stamped, rolled in a wire and the thinnest sheets with thickness in the 100-th shares of...

Tantalum Rod 9.5 mm TAV10

Tantalum — metal of gray and steel color with slightly bluish shade. Key properties of a tantala:pra to normal temperature tantalum is steady on air; the beginning of oxidation is observed when heating to 200 — 300 °C; higher than 500 ° there is a fast oxidation to formation of Ta2O5 oxide;...

Tantalum — metal of gray and steel color with slightly bluish shade. Key properties of a tantala:pra to normal temperature tantalum is steady on air; the beginning of oxidation is observed when heating to 200 — 300 °C; higher than 500 ° there is a fast oxidation to formation of Ta2O5 oxide;...

Tantalum — metal of gray and steel color with slightly bluish shade. Key properties of a tantala:pra to normal temperature tantalum is steady on air; the beginning of oxidation is observed when heating to 200 — 300 °C; higher than 500 ° there is a fast oxidation to formation of Ta2O5 oxide;...