The ceramic fibre is made from melt- ed kaolin, alumina and zirconium oxide, where the impurities level is no more than 1%. The melting temperature of this fibre is about 1800°C, average diam- eter 3.5 µm and is designed for applica- tions with continuous temperatures over 1050°C and where furthermore the high tensile strength, low thermal conductivity and low shrinkage are required.
These components have the right mechanical strength, low heat ca- pacity and excellent resistance to sudden tem- perature shocks. The boards are molded and cut, possibly grind to the right thickness. After cutting, the boards can be ready for montage, this way saves time and minimizes waste.
Graphite has a very strong hexagonal structure and thereby its unusually high performance characteristic. Materials and semi-finished products from flexible graphite are designed for high-pressure and industrial seals.
PTFE is one of the most chemical resistant plastics, moreover it has especially wide of working temperature range from -260 up to +260°C. The PTFE materials are use in various forms in industry, for construction of installa- tion, repair and service of devices. This is easy and safety to use plastic, it is physiologically inert and it passed a FDA approval. The PTFE shapes can be easy machining by typical tools and machines designed for metal and wood.
Gland packings are a traditional method of sealing pumps, valves and other equipment in rotary motion. Through use the latest achievements of material engineering and high-performance components, the modern packings are characterized by lack of health hazards and long working time.
Thesealingtapes basedon PTFE, graph- ite, silicone also glass and ceramic fibre enable make an instant seal directly on installation and they are indispensable in case of sudden needs to do replacement of a seal. Because of low forming pressure (m factor) it can be use for most flanges, also made of soft and fragile materials as plastic and glass.
Diagnostic laboratoriesWe regularly conduct structure surveys
and diagnostics of materials based on
about your own laboratory. Each of the
batch of products are tested and marked.
Research and developmentAt the Institute of Carbon Technology,
with Nicolaus Copernicus University
we lead graphene, nanotubes research,
and their implementation in technology.
DistributionWe provide full service also logistic
of deliveries based on a production
plant network, intermodal transport
and system of modern warehouse units.
ExperienceSince over 25 years our products work
in high performance devices, passing
by strict tests and meets high demands
of professional users and newest norms.
InnovationsWe publish our own periodic magazine,
which shows the latest trends in branch,
promotes innovative, modern materials
also in leading industrial technologies.
Service and consultingKnowledge and practice of our experts
and technical advisers is a great support
in the field of the materials economic
optimization and their right selection.