few steps to Cooperation
Planning & research
Starting from the first contact, throughout the process of consultations, ending with the completion of the order and delivery.
strategy analysis
Starting from the first contact, throughout the process of consultations, ending with the completion of the order and delivery.
solutions of the process
Starting from the first contact, throughout the process of consultations, ending with the completion of the order and delivery.
01. Control
02. Managment
03. Protect
04. Innovation
05. Strategy
Security of supply
Our in-house team of scientists is constantly fine-tuning the adopted methods and processes and guarantees that only top-quality powder is obtained. In the case of tungsten in particular.
Careful use of natural resources
The input material for the recovery process consists of sintered hard tungsten carbide scrap, as well as soft scrap such as powders. Whether in electronics, coating technology, or high-temperature furnaces, where regular metals reach their limits, the refractory metals, alloys.
Security of supply
Our in-house team of scientists is constantly fine-tuning the adopted methods and processes and guarantees that only top-quality powder is obtained. In the case of tungsten in particular.
Careful use of natural resources
The input material for the recovery process consists of sintered hard tungsten carbide scrap, as well as soft scrap such as powders. Whether in electronics, coating technology, or high-temperature furnaces, where regular metals reach their limits, the refractory metals, alloys.
Security of supply
Our in-house team of scientists is constantly fine-tuning the adopted methods and processes and guarantees that only top-quality powder is obtained. In the case of tungsten in particular.
Careful use of natural resources
The input material for the recovery process consists of sintered hard tungsten carbide scrap, as well as soft scrap such as powders. Whether in electronics, coating technology, or high-temperature furnaces, where regular metals reach their limits, the refractory metals, alloys.
Security of supply
Our in-house team of scientists is constantly fine-tuning the adopted methods and processes and guarantees that only top-quality powder is obtained. In the case of tungsten in particular.
Careful use of natural resources
The input material for the recovery process consists of sintered hard tungsten carbide scrap, as well as soft scrap such as powders. Whether in electronics, coating technology, or high-temperature furnaces, where regular metals reach their limits, the refractory metals, alloys.
Security of supply
Our in-house team of scientists is constantly fine-tuning the adopted methods and processes and guarantees that only top-quality powder is obtained. In the case of tungsten in particular.
Careful use of natural resources
The input material for the recovery process consists of sintered hard tungsten carbide scrap, as well as soft scrap such as powders. Whether in electronics, coating technology, or high-temperature furnaces, where regular metals reach their limits, the refractory metals, alloys.
our goals in numbers
Heat resistance, low thermal expansion, high thermal conductivity, good electrical conductivity, good corrosion resistance and wear resistance, high density, radiation absorption, outstanding purity – these are the decisive properties that we perfect depending on the requirements.
Heat resistance, low thermal expansion, high thermal conductivity, good electrical conductivity, good corrosion resistance and wear resistance, high density, radiation absorption, outstanding purity – these are the decisive properties that we perfect depending on the requirements.
Heat resistance, low thermal expansion, high thermal conductivity, good electrical conductivity, good corrosion resistance and wear resistance, high density, radiation absorption, outstanding purity – these are the decisive properties that we perfect depending on the requirements.
Heat resistance, low thermal expansion, high thermal conductivity, good electrical conductivity, good corrosion resistance and wear resistance, high density, radiation absorption, outstanding purity – these are the decisive properties that we perfect depending on the requirements.
Heat resistance, low thermal expansion, high thermal conductivity, good electrical conductivity, good corrosion resistance and wear resistance, high density, radiation absorption, outstanding purity – these are the decisive properties that we perfect depending on the requirements.