Heating fuels - Import export

PINY KAY briquettes consist in rectangular form agglomerations with easy stacking and handling. Because of the hole in these briquettes, it reduces amount of smoke. These briquettes are produced by pressing dry chipped wood at high pressures and high temperatures. They have the maximum burning time and produce the maximum useful heat. Piny&Kay fuel briquettes are remarkably resistant to mechanical action and moisture and store well. Pini kay Fireplace Briquette burns slowly, which gives off more heat, thus saves money. The unique technology of producing this briquette enables aesthetic combustion, without absorbing moisture from the air, and prevents contamination of heating devices.

The dipping system which is one of the other methods is produced with a robot or crane controlled. The systems are equipped with the most efficient heating, ventilating and PLC control equipment. In our dipping lines manufacturing, AISI 304- AISI 316 stainless sheets of steel and polypropylene are used. The system should be selected according to the shape of the part, the area to be used and the corrosion resistance. Some chemicals which are used for surface cleaning must be applied hot. Due to this situation, our company produces cold dipping lines as well as natural gas heated, electric heated, liquid fuel heated and water heated dipping pre-treatment lines according to the energy source that is planning to be used.

PINY KAY briquettes or PINI KAY briquettes consist in rectangular form agglomerations with easy stacking and handling. Because of the hole in these Briquettes, it reduces amount of smoke. These Briquettes are produced by pressing dry chipped wood at high pressures and high temperatures. They have the maximum burning time and produce the maximum useful heat. Piny and Kay fuel briquettes are remarkably resistant to mechanical action and moisture and store well.

Most of the consumption went to heat production, accounting for 61.8%. Pellet fuel consumption for heat production can be divided into three markets – residential heating (69%), commercial heating (19%) and heat produced by cogeneration (12%). The remaining 38.2% of wood pellets were used for electricity production. It should be noted that technologies for energy production from pellets for heat, electricity or both are mature, providing efficient and reliable processes. Wood pellets 6mm

Moisture ≤ 5% Calorific Content 4600 - 5100 Kcal/Kg Density 600-800Kgs/CBM Diameter 6mm - 8mm Packing 15kg Plastic Bag / 1000kg Big Bags Usage Cooking Fuel - Heating System BRAND Per Customer Request

Moisture ≤ 5% Calorific Content 4600 - 5100 Kcal/Kg Density 600-800Kgs/CBM Diameter 6mm - 8mm Packing 15kg Plastic Bag / 1000kg Big Bags Usage Cooking Fuel - Heating System BRAND Per Customer Request

Moisture ≤ 5% Calorific Content 4600 - 5100 Kcal/Kg Density 600-800Kgs/CBM Diameter 6mm - 8mm Packing 15kg Plastic Bag / 1000kg Big Bags Usage Cooking Fuel - Heating System BRAND Per Customer Request

Moisture ≤ 5% Calorific Content 4600 - 5100 Kcal/Kg Density 600-800Kgs/CBM Diameter 6mm - 8mm Packing 15kg Plastic Bag / 1000kg Big Bags Usage Cooking Fuel - Heating System BRAND Per Customer Request

Moisture ≤ 5% Calorific Content 4600 - 5100 Kcal/Kg Density 600-800Kgs/CBM Diameter 6mm - 8mm Packing 15kg Plastic Bag / 1000kg Big Bags Usage Cooking Fuel - Heating System BRAND Per Customer Request

Moisture ≤ 5% Calorific Content 4600 - 5100 Kcal/Kg Density 600-800Kgs/CBM Diameter 6mm - 8mm Packing 15kg Plastic Bag / 1000kg Big Bags Usage Cooking Fuel - Heating System BRAND Per Customer Request

Moisture ≤ 5% Calorific Content 4600 - 5100 Kcal/Kg Density 600-800Kgs/CBM Diameter 6mm - 8mm Packing 15kg Plastic Bag / 1000kg Big Bags Usage Cooking Fuel - Heating System BRAND Per Customer Request

Moisture ≤ 5% Calorific Content 4600 - 5100 Kcal/Kg Density 600-800Kgs/CBM Diameter 6mm - 8mm Packing 15kg Plastic Bag / 1000kg Big Bags Usage Cooking Fuel - Heating System BRAND Per Customer Request

Moisture ≤ 5% Calorific Content 4600 - 5100 Kcal/Kg Density 600-800Kgs/CBM Diameter 6mm - 8mm Packing 15kg Plastic Bag / 1000kg Big Bags Usage Cooking Fuel - Heating System BRAND Per Customer Request

CSN ® Explosionproof gas preheaters are used for heating of fuel gases in hazardous areas. The devices consist of gas pipes which are molded together with an ExFlange heater in a cast aluminum body. Further information about our CSN® Exgas preheater

Flexible pressure hose for petrol and benzole mixtures 50 : 50, leaded and unleaded fuels with aromatic content up to 50% Diesel fuels, heating oils, mineral oil-based hydraulic oils. Barrel-polishable hose with very narrow bending radiuses and easy handling. Temperature resistant from –35°C to +90°C. Conforms to DIN EN 12115. Construction: Oil and petrol-resistant, conductive NBR tube Tension and pressure-resistant fabric inlays Embedded copper wire Weather-resistant, abrasion-resistant, conductive CR cover Interior and exterior smooth, fabric patterned *) Version as tank cleaning hose. Resistant to all customary cleaning agents. Supplied by the roll or cut to length. Other versions and dimensions on request.

EEx’e’ certified electrical process flow heaters EEx e T1 – T6 ATEX The “STR-Exe” type electric process flow heaters are EEx e certified. These heaters are custom built to meet client specifications and suitable for use in zone 1 & 2 hazardous areas. The “STR-Exe type electrical process flow heater comprise a large range for industrial application. These heaters are supplied CE marked in acc. the latest CENELEC requirements or manufactured to the latest IEC standards. Typical electric process heaters applications include heating of liquids i.e. heat transfer oil or fuel oil, glycol reboilers and water heaters and heating of pressurized gases i.e. pressurized air, superheated water steam, nitrogen or other compositions of gases. Thyristor control systems are also designed and supplied by OhmEx to control the range of electric process heaters. We are pleased to advice on the most suitable control system for your heating application.

For all types of mineral oil products, especially technical oils and lubricants, petrol and benzole mixtures 50 : 50, leaded and unleaded fuels with an aromatic content up to 50%, diesel fuels, heating oils based on mineral oil. Highly flexible and robust finish. Temperature resistant from –35°C to +90°C. Conforms to DIN EN 12115. Construction: Oil and petrol-resistant, conductive NBR tube Tension and pressure-resistant fabric inlays Concealed steel spiral Optional: Embedded copper wire Weather-resistant, abrasion-resistant, conductive CR cover Interior and exterior smooth, fabric patterned Supplied on rolls or cut to length. Other versions or dimensions on request.

CSN® tank heating units are particularly suitable for the direct heating of liquids (Oil, Water, Emulsions), air and gases. They contribute to the avoidance of paraffin clouds in fuel oil or Diesel storage tanks. In relation to the process, we provide you with tank heating units with tubular heating elements made of stainless steel which we adjust to the respective application situation and the medium to be heated in consultation with you. We offer our series “THF” a suspended, on a chain flexible solution to keep heating oil or diesel fuel in the extraction line pumpable. As a fixed version, we recommend our industrial immersion heaters for heating liquids. Further information about our CSN® Tankheizkörper

Electrical process flow heaters The “STR type electrical process flow heater comprise a large range for industrial application custom built to meet client specification. These heaters are supplied CE marked in acc. the latest CENELEC requirements or manufactured to the latest IEC standards. Typical electric process heaters applications include heating of liquids i.e. heat transfer oil or fuel oil, glycol reboilers and water heaters and heating of pressurized gases i.e. pressurized air, superheated water steam, nitrogen or other compositions of gases.

A heat exchanger is a device designed for the transfer of internal thermal energy between two or more fluids with different temperatures. Typically, these fluids are separated by a heat transfer surface to prevent mixing. Heat exchangers find applications across various industries, including process, power, petroleum, transportation, air-conditioning, refrigeration, cryogenic, heat recovery, alternate fuels, and more. Examples of heat exchangers encountered in daily life include automobile radiators, condensers, evaporators, air preheaters, and oil coolers. Heat exchangers can be classified in numerous ways based on their design and applications.

For all types of mineral oil products, especially technical oils and lubricants, petrol and benzole mixtures 50 : 50, leaded and unleaded fuels with an aromatic content up to 50%, diesel fuels, heating oils, hydraulic oils based on mineral oil. Barrel-polishable, vacuum-constant finish. Temperature resistant from –35°C to +90°C. Conforms to DIN EN 12115. Construction: Oil & petrol-resistant, conductive NBR tube Tension and pressure resistant fabric inlays Embedded copper wire Weather-resistant, abrasion-resistant, conductive CR cover Interior and exterior smooth, fabric patterned Supplied by the roll or cut to length. Also available as spiral hose. Other versions and dimensions on request.

Bemzomatic 14.1 02. MAP-Pro cylinders provide maximum heat output for mere efficient use and faster work times. Designed for heavy-duty use including soldering large copper pipes, brazing, and heat-treating, the slim, lightweight cylinder is easy to grip and maneuver. The flame temperature in the air is 3,730 degrees Fahrenheit. Use with hand torches designed for MAP-Pro fuel, including Bemzcmatic torches The flame temperature in the air of 3,730 degree F / 2054.4 degrees C. ideal for medium to heavy soldering and Brazing Faster heat transfer than propane fuel Slim, the lightweight cylinder is easy to grip and maneuver Durable steel construction CCA600 connection

The copper tubes manufactured by us are extensively used in AC & R (industry Air Conditioning and Refrigeration). Applications Of Copper Tube : • Water distribution systems • Chilled water mains • Drainage and vent systems • Heating systems(includingsolar) • Fuel-oil systems • Oxygen systems • Non-flammable medical-gas systems etc.

Pancake coiled copper tube which is named for its coiled style, is widely used on the connecting for the separated air-condition. On the other hand it is used in water distribution systems, chilled water mains, drainage and vent systems, heating systems (includingsolar), fuel-oil systems, oxygen systems also in non-flammable medical-gas systems. They are produced that Copper fluid is casting to the billet moulds and follows to the extrusion press, after annealed tubes are drawing, to be copper tubes. They are according with DIN EN 1057, DIN EN 13348, DIN EN 13600, ASTM B280, ASTM B68, ASTM B75, TS 380

LWCand Pancake coiled copper tube which is named for its coiled style, is widely used on the connecting for the separated air-condition. On the other hand it is used in water distribution systems, chilled water mains, drainage and vent systems, heating systems (includingsolar), fuel-oil systems, oxygen systems also in non-flammable medical-gas systems. They are produced by horizantal casting after annealed tubes are drawing, to be copper tubes. They are according with DIN EN 1057, DIN EN 13348, DIN EN 13600, ASTM B280, ASTM B68, ASTM B75, TS 380

The copper tubes manufactured by us are extensively used in AC & R (industry Air Conditioning and Refrigeration). Applications Of Copper Tube : Water distribution systems Chilled water mains Drainage and vent systems Heating systems(includingsolar) Fuel-oil systems Oxygen systems Non-flammable medical-gas systems etc. Some of the reasons for using copper in mechanical tube systems are: Versatility Easy to join and install Wide range of sizes Problem-free performance Long lasting and maintenance free Corrosion resistance High thermal conductivity An abundant resource

Pancake coiled copper tube which is named for its coiled style, is widely used on the connecting for the separated air-condition. On the other hand it is used in water distribution systems, chilled water mains, drainage and vent systems, heating systems (includingsolar), fuel-oil systems, oxygen systems also in non-flammable medical-gas systems. They are produced that Copper fluid is casting to the billet moulds and follows to the extrusion press, after annealed tubes are drawing, to be copper tubes. They are according with DIN EN 1057, DIN EN 13348, DIN EN 13600, ASTM B280, ASTM B68, ASTM B75, TS 380

The copper tubes manufactured by us are extensively used in AC & R (industry Air Conditioning and Refrigeration). Applications Of Copper Tube : • Water distribution systems • Chilled water mains • Drainage and vent systems • Heating systems(includingsolar) • Fuel-oil systems • Oxygen systems • Non-flammable medical-gas systems etc. Some of the reasons for using copper in mechanical tube systems are: • Versatility • Easy to join and install • Wide range of sizes • Problem-free performance • Long lasting and maintenance free • Corrosion resistance • High thermal conductivity • An abundant resource They are produced that Copper fluid is casting to the billet moulds and follows to the extrusion press, after annealed tubes are drawing, to be copper tubes. They are according with DIN EN 1057, DIN EN 13348, DIN EN 13600, ASTM B280, ASTM B68, ASTM B75, TS 380.