The e-MOCarz electrostatic precipitator is a new product from the MOCarz series of anti-smog filters dedicated to domestic mechanical ventilation systems. The e-MOCarz filter ensures the highest filtration efficiency, as high as 95%, of ePM1 and ePM2.5 particles, i.e. the main component of smog. It effectively purifies polluted air extracted from the outside, without significantly affecting the operation of the entire system (power consumption constitutes only 9W, and the filter itself is reusable). The electrostatic precipitator due to its unique design is a more efficient solution than standard non-woven filters (e.g. HEPA filters), which clog up much faster, thus reducing the efficiency of the entire ventilation system. In addition, depending on the level of contamination, HEPA filters should be replaced at least every 3 months, if not more often, while the e-MOCarz filter is washable.
How does an electrostatic precipitator work?
Polluted air initially passes through a steel mesh pre-filter (which retains larger fractions), then is positively ionized in an electric field due to the “crown discharge” effect. In the last stage, the previously charged particles, are pulled by electrostatic force toward horizontally mounted aluminium plates (electrodes) and build up on their surface.
TRANS-Quick is a modern clamp-together ducting system intended for industrial dust extraction. Ducts and fittings are joined with clamps equipped with a gasket. TRANS-QUICK modular system is used in the variety of of industrial applications which include: woodworking, metallurgical, foundry, food, and paper industry.
Modular clamp together system for industrial dust extraction:
Ventilation systems made of plastics are widely used in many areas and sectors where the conventional materials, such as plated steel or stainless steel become insufficient due to their limitations. Plastics have traditionally been used in laboratories, chemical industry or spaces of high purity grade.
Advantages of plastics:
CFDM-V device combine features of dish air valve and shut-off fire damper. It is an alternative for standard fire valvr. Main advantages of CFDM-V are high fire resistance classification, small dimensions and more versatile application.
Get to know our Product Range – Check our Product Overview! On 44 pages we’ve shown over 1000 products, described more than 10 ventilation systems and reviewed all our certificates, technical approvals as well as selection software that supports our clients.
Examples of our ventilation systems:
In our product offer You can also find:
Moreover, our products are tested and certified by:
RISE - Research Institutes of Sweden AB Certification (former SITAC)
Air Tightness Certificate for Ventilation Ductwork System - air tightness class D according to EN 12237:2003 - round spiral ducts and ductwork fittings with seals.
The Building Information Foundation RTS sr
M1 Cleanliness class for air handling components:
TÜV Rheinland Polska
Certificate of production quality:
Instytut Techniki Budowlanej ITB (The Building Research Institute)
Technical approvals and certificates of constancy of performance
Passive House Institute
Certificate for HRU-PremAIR-450 heat recovery unit confirming compliance with the highest energy efficiency requirements.
and many others.
The EPP duct system is made of expanded polypropylene. The system has a number of design and installation advantages:
Quick installation (no additional connectors or screws required),
The system EPP achieves airtightness class C (according to EN 12237),
The inner diameter of the EPP duct system fits the size of the SPIRAL®System components with male ends.
Ducts and fittings are available in the following diameters (inner): Ø100, Ø125, Ø160 and Ø180. The ducts are sold in two lengths: 500 and 1000 mm. The wall thickness is 15mm (standard version, graphite color) or 43mm (expanded
version, black color). Each duct or fitting is supplied with 1 female coupling.
STRUT system elements for ductwork suspension received a positive assessment of performance in the form of the National Technical Assessment ITB-KOT-2019/0940:
STRUT system components are manufactured from hot-dip galvanized or electrogalvanized carbon steel. Check the new load capacities of fixing rails and wall-mounted support arms. See test results for tensile strength of threaded rods and slide nut loads. LDBST channel and STRUT channel accessories are essential components of roof support sets.
Validity of the National Technical Assessment: 2024 r.
The FDA2-12 round fire dampers are designed for use in general ventilation systems to seal off smoke and fire between adjacent fire partitions. The fire damper blade remains open under normal operating conditions. It is closed shut automatically in the event of a fire.
The entire manufacturing process meets the requirements of EN 15650:2010.
The FDA2-12 fire dampers can be installed in horizontal and vertical fire partitions to provide fire resistance of
EI 120 (ve ho i↔o) S
Designed for round and rectangular ventilation systems,
a return-spring actuator coupled with a thermal trip (in version FDA2-12-M).
The fire dampers can be installed in the following partitions: concrete separing floor, concrete wall, solid brick wall, cellular concrete unit wall, gybsum board wall on steel frame.
The smart solution for air distribution - FLX-REKU system:
The FLX-REKU air distribution ductwork consists of ventilation semi-rigid ducts, distribution and plenum boxes, ventilation dampers and other elements that, together with a heat recovery unit, constitute a complete mechanical ventilation system with heat recovery (MVHR). The FLX-REKU system is a great solution when high durability and flexibility are required. The high circumferential rigidity allows burying the ducts in concrete.
Guaranteed airtight installation - connections with EPDM gaskets,
We have expanded the range of FLX-REKU system products with silencers, offsets and UPgraded the design of plenum and distribution boxes!!
The system of single-compartment steel, circular smoke extraction ducts in E600 120 (ho) S1500 single fire resistance class is intended to be used in the construction industry in a horizontal system as elements creating a smoke extraction ventilation system or combined ventilation, fulfilling at the same time the functions of general and smoke extraction ventilation, assuming that they serve only the compartment in which they have been installed. Systems serving one fire compartment may be independent systems or may be combined with a collective, multi-compartment system. The main task of the smoke extraction systems is to remove hot gases and smoke from the area covered by the fire in order to facilitate the evacuation of people and to enable the extinguishing action and the evacuation of people from the area at risk, while complying with the criteria of fire and/or smoke tightness specified under conditions of exposure to a temperature of 600°C.
SMOKE system single-compartment circular smoke extraction ducts have the following application areas:
Smoke extraction ducts are designed for single fire compartments,