Heat loss - Import export

Our continuous type ovens can be produced as belt tunnel type, internal return (U) type or with span conveyor. Our ovens have the indirect heating thermo-block system with convection heat transfer. It can be manufactured according to power supply sources like electricity, gas or liquid fuel. The inner surfaces of our ovens’ panels are produced with galvanized sheet and the outer surfaces are produced with galvanized sheet steel coated with electrostatic powder paint. Considering the application temperature, the required thickness (usually 160 mm) is determined and only rock wool is used for insulation. Air curtains in the furnace are placed inlet and outlet of the oven to minimize heat loss while increasing the efficiency.

Paw-Izo high speed doors provide maximum isolation in the sections of food, pharmaceutical, chemistry, logistics and other sectors that require insulation. Insulated carrier and guide channels, on the other hand, provide complete harmony with the inner and outer movable curtain system. Insulated Fast Doors provide fast passage in cold rooms, minimizing space heat loss by supporting the problem of cumbersome work or user-induced openness, which is also the case with sliding dull doors. This special design creates an air gap barrier between the inner and outer curtain system. It maximizes heat and sound efficiency. Automation is compatible with all kinds of automation systems according to the traffic flow of the workplace. Thanks to its special design, Paw-Izo high-speed doors work quickly and intensively in rooms where low pressure area control and sound insulation are required, minimizing

Double wing bar doors allow your work to pass even when your hands are full, with its structure that can be opened 180 degrees to both sides in your work areas. It reduces heat loss in ambient cooling areas (+12/+18).

Single wing bar doors allow your work to pass even when your hands are full, with its structure that can be opened 180 degrees to both sides in your work areas. It reduces heat loss in ambient cooling areas (+12/+18).

SC05 Salep is a 5 liter capacity countertop hot beverage dispenser that keeps hot chocolate, tea, coffee, milk and similar hot beverages warm with the "BAIN-MARIE" method, mixes and distributes them homogeneously and without lumps. Thanks to the specially designed “BAIN-MARIE” heating system, hot drinks do not condense and do not stick to the bottom of the chamber. All metal parts of our hot drink machine are made of high quality stainless steel. Thanks to the continuous rotation of the mixing palette, the fluid consistency is maintained and no lumps are formed. The water level of the “BAIN-MARIE” system can be observed from outside the hull. Thanks to the closed-circuit "BAIN-MARIE" water heating system, there is no loss of water vapor, the water level is maintained for a long time, thus preventing calcification of the resistance. If our Hot Beverage Machine operates without water, the warning light on the outside of the body will turn on, indicating that water needs to be added to th

Heated type blower chemical air dryers are devices used to remove moisture from compressed air. These devices are pressurized It dries the air in two stages. In the first stage, compressed air passes through a column filled with silicagel, a desiccant substance. Silicagel dries the air by absorbing moisture in the air. In the second stage, a heated blower dries the silica gel, making it ready to absorb moisture again. The most important feature of heated type blower desiccant air dryers is that they do not use compressor air. Blower and high efficiency with the support of the heater, waste air is sucked and heated fully automatically. Thanks to the high-tech PLC (electronic control) dew point and heating/regeneration are adjusted and moisture is removed in the most efficient way. Reduces air loss. Conventional desiccant dryers use dried air during regeneration and compressed air causes loss. Heated type blower desiccant air dryers use atmospheric air during regeneration.

Galvanised steel pipes, which are resistant to and all kinds of wear such as corrosion etc. compared to black pipes, are manufactured as pre-insulated to prevent heat loss when used in service water installations, fire hydrant lines and boiler lines.

It is used for fast transition in storage, service and processing areas. It can be mounted on panel or wall. Thanks to its ability to move in both directions, it does not cause loss of time during passage. It can be opened 180 degrees and can remain open when necessary. Technical Specification The door leaf thickness is 40 mm and the door frame is anodized aluminum. It is produced from stainless steel, PVC or PPGI material in the desired color. Hinges are double-sided and open to both sides in our doors, which are produced with and without glass. Our specially sealed doors minimize heat losses during space passes. Polyethylene arm and Stainless Steel kick plate are available against impacts. It is produced as a single wing or double wing according to the project.

Cold Room panel polyurethane density of is 42 kg / m³ (± 2) and they are produced with PUR or PIR insulation. Cold Room Panels are interlocking in male and female form and with eccentric lock and can be disassembled when necessary. Wall and ceiling panels are produced in thicknesses of 60, 80, 100, 120, 150, 180, 200 mm. Dip galvanized sheet painted with polyester-based paint in 0,50 mm thickness with RAL 9002 color code is used for both surfaces of the wall panels. Wall and ceiling panel sheets are produced in Stainless Steel, PVC and PPGI depending on the area of use. The surface of the panels is smooth, hygienic and easy to clean. Panels are prevented from heat loss with their special design and accessories. Panels with surface protection film are protected against scratching during transportation and assembly. Panels can be manufactured with flat or corrugated surfaces.

For use in high buildings and business centers. To use in window, balcony and room seperations. 3 mm Wall - thickness; A Class Extra Profile Depth Frame Profiles: 91 mm Extra Profile Depth Sash Profiles: 91 mm Triple sealing system Smart profile geometry, aesthetics, functionality, and extra chamber: 7 chambers Extra peace. Improved sound isolation by different acoustic glass applications: 44 dB Suitable for 24 mm – 32 mm – 44 mm glazing and panel. High strength provided by reinforcement profiles with high moment of inertia. Increased energy saving. Have more water-wind load resistance, and have more water and air leakeages. Very high energy saving; optimal living spaces warm in winter, cool in summer. Very Low Profile Thermal Conductivity Coefficient Uf = 1,1 W / m² ° K, Very Low Window Thermal Conductivity Coefficient Uw = 0,97 W / m² ° K, (with triple glazing Ug = 0.6 W / m² ° K) Prevents heat losses due to glass in large size windows.

Insulating Glass Units (IGUs) are designed to provide thermal insulation. They are used to reduce building heat loss and/or heat gain depending on the climate and glass configuration.

Insulating Glass Units (IGUs) are designed to provide thermal insulation. They are used to reduce building heat loss and/or heat gain depending on the climate and glass configuration.

Insulating Glass Units (IGUs) are designed to provide thermal insulation. They are used to reduce building heat loss and/or heat gain depending on the climate and glass configuration.

It is used to prevent heat loss and dust at the doors of Cold Warehouses, even if the door is open. Today, it can be used in every area to create a hygienic environment. It is generally used in cold storage, freezing room entrances, welding and steam sections, production sections and kitchen doors. It provides a hygienic environment by eliminating the problem of pests and flies in the used environment.

Bar doors are designed for easy passage of employees in working areas with ambient cooling (+12/+18). Doublewing bar doors allow your work to pass even if your hands are full, with its 180degree opening structure on both sides in your work areas. It reduces heat loss in ambient cooling areas (+12/+18). Door Wing Door gaskets are used on the upper, lower and front parts of the door wings to reduce heat permeability in bar doors. Door Frame Profiles made of wood and composite material preventing the heat bridge of the door frames and It is manufactured using anodized aluminum profiles. Online Support Video technical support Online support

Bar doors are designed for easy passage of employees in working areas with ambient cooling (+12/+18). Singlewing bar doors allow your work to pass even if your hands are full, with its 180degree opening structure on both sides in your work areas. It reduces heat loss in ambient cooling areas (+12/+18). Door Wing Door gaskets are used on the upper, lower and front parts of the door wings to reduce heat permeability in bar doors. Door Frame Profiles made of wood and composite material preventing the heat bridge of the door frames and It is manufactured using anodized aluminum profiles. Online Support Video technical support Online support

Locked system sandwich panels are used on the walls and ceilings of cold stores to prevent heat losses. Our interlocking system sandwich panels with B2 nonflammability certificate are designed to provide maximum level of thermal insulation in your cold storages. High level of thermal insulation with 42kg/m³ density polyurethane density. Lock Sandwich panels are doublejointed and also are connected by a lock. In this way easy assembly and excellent insulation will be provided. Join 1. Elastic lock system 2. Mastic application channel 3. Surface sheet end point 4. Surface sheet Online Support Video technical support Online support

BASAL Isocover Under Tile Covers add liquid impermeability to tile-covered roofs thanks to its special formula developed against water leaks that frequently occur on tile-covered slopping roofs in the times of heavy rain and snow accumulation. Isocover can be laid under the tiles on roofs. It provides heat and water insulation. It also has sound-absorbing properties. Since Isocover does not contain chrome or other heavy metals, it is an environmental and human-friendly product. Isocover provides the evacuation of the steam inside the building and prevents the formation of moisture inside the building. Isocover prevents decay in your roof by blocking the rainwater and providing air circulation. In the greatest heat losses, Isocover prevents the heated or cooled air from escaping through cracks and gaps. Isocover is used for water insulation under roofing such as tiles in slopping roofs. Isocover protects the building by preventing the rainfall carried by the wind

Isicam Systems is a K Series product. It is produced with Şişecam Solar Low-E Glasses with high quality heat and solar control coating. By providing effective thermal insulation and solar control, it reduces fuel costs in winter and air conditioning costs in summer Advantages : Compared to ordinary double glazing, it reduces heat losses by 50%, reducing fuel costs in winter, and reducing the penetration of solar heat by 40%, reducing air conditioning costs in summer and providing energy savings. While providing heat and sun control, it does not compromise transparency and natural daylight. With its low reflectivity, it increases the comfort of viewing the landscape in projects where the view is important. It prevents window fronts from being cold in winter and hot in summer, and delays fogging compared to ordinary double glazing. Compared to ordinary double glazing, the expenditure made for Isicam K returns in 1-2 years with the savings to be made in fuel and air conditioning costs.

Isıcam Systems is a S Series product. It is produced with Şişecam Low-E Glasses with high quality heat control coating. It reduces fuel costs by providing effective thermal insulation. Advantages : - Compared to ordinary double glazing, it reduces heat losses by 50% and reduces fuel costs. - While providing maximum benefit from the sun's heat, it does not compromise on light transmittance. - With its high light transmittance, it provides maximum benefit from natural light and reduces the need for artificial lighting. Thus, it saves electricity costs. - With its low reflectivity, it increases the comfort of viewing the landscape in projects where the view is important. - It prevents window fronts from being cold in winter and delays fogging compared to ordinary double glazing - Compared to ordinary double glazing, the expenditure made for Isıcam S returns in 1-2 years with the savings to be made from fuel in winter.

Agricultural greenhouses provide a suitable environment for plant cultivation. Plants that are not affected by different weather conditions can be grown in all seasons through greenhouses. In this way, the harvest rate will increase noticeably. Agricultural greenhouse covers to be used differ from depending on the region and the type of plant to be grown. Depending on the grower's needs, there are different additives and production possibilities with different properties. UV Additive increases the resistance of the greenhouse cover to sunlight. UV additives are used at different rates according to the seasonal conditions of the region to be used. The IR (InfraRed) additive preserves the greenhouse heat and minimizes the heat loss between day and night. In this way, it helps to use less energy for heating the greenhouse. It also reduces the risk of frost, prevents plants from getting stressed and accelerates plant growth.

The fluid is used to prevent condensation with the effect of external conditions and to minimize heat losses. During the application, the inner surface of the insulation and the installation pipe should be in full contact with each other and no space should be allowed between them. It is caused by the deformation of the insulation during the application, a complete insulation should be made from the bridge. It is necessary to coat immediately. With a wide range of production, Pa-Flex pipe insulations of 6/9/13/19/25/32 mm wall thickness are produced in a diameter range of 6mm-114mm. Operating temperature is between -40 / + 120 ° C. Has as a density of 50-60 kg / m³.