Hot flame - Import export

The flame-retardant spinnaker fabric There are only a few fabrics that can be used in such a wide variety of ways. We have been supplying flame-retardant spinnaker fabrics all over the world for 35 years. This has enabled us to learn a lot from our customers and to continually improve our product. Today, polyester ripstop fabric has many useful properties for a wide range of applications. P ES FR UV is: airtight light approx. 70g/m² dirt-repellent waterproof > 1,000 mm digital bedruckbar, UV-Solvent, Latex, Sublimation Can be sewn and welded (preferably with hot air) flame retardant, B1-s1, d0, according to EN 13501-1 available in many colors, including metallic silver and gold Good to know! Its characteristic check structure ensures that the flame-retardant spinnaker fabric tears less quickly in the event of minor damage.

MAPP gas is a fuel gas based on a stabilized mixture of methylacetytene (propyne) and propadiene. The name comes from the original chemical composition: methylacetylere-propadienepropane. A typical composition for MAPP gas might oe: methylacetylene Ipropyne) 48%, propadiere 23%, propane 27%. MAPP gas is widely regarded as a safer 3nd easier-to-use substitute for acetylene.UseMAPP gas provides a flame that is hot enough for brazing and metalling, but the gas is much more stable and safer to use than acetylene. Burning propane does not produce enough heat to weld stronger metals, but MAPP gas burrs aoout 2,000 degrees Fahrenheit hotter than propane.

The UT-H is suitable for processes in high temperature and pressure ranges. The boiler can also convert to climate-neutral fuels which makes it a future-proof solution. — High-pressure hot water boiler from 820 to 18,300 kW with very high efficiency levels — Versatile operation for the manufacturing industry and district heating grids with temperature levels up to 225 °C — Customer-specific design and future-proof technology — User-specific control which offers integration of other control systems and remote monitoring — Custom designs for heat recovery boilers — Proven and reliable construction Made in Germany

The various output sizes and temperature ranges up to 190 °C of the UT-M enable flexible operation for countless process heat and heating applications. — Efficient heat and process heat for low running costs and emissions — Compact design for easy positioning and quick heating — Flexible use for industrial, commercial and district heating applications with temperatures up to 190 °C — Project-specific control solutions and optional real-time monitoring — Complete system from a single source, low-emission or CO2-neutral customer-specific operation possible — Proven and maintenance-friendly construction for a long service life and reliability — Fuel: Oil, gas, multi-fuel firing, Biogas, bio-oil, hydrogen, special fuels

Two independent firing units and flue gas paths create a double control range for individual heat consumption. — Very high efficiency across all power ranges — Particularly suitable for highly fluctuating heat and process heat demand — Reliable solutions for heating plants and the manufacturing industry with temperature levels up to 225 °C — Heat supply for the future: Low-NOx or CO2-neutral operation possible — Complete system with intelligent control technology and protected remote connection — Proven and durable boiler technology Made in Germany

Most of the combustion systems currently available in the market attempt to achieve their low NOx emissions combined with low CO emissions and stable combustion by employing relatively long flames, staged combustion air/fuel and with mechanical provisions near the flame to create swirl. The EUROPEM Ultra-low NOx burners use a different philosophy to achieve complete and stable combustion along with ultra-low NOx emissions: The use of thin and short flame profiles: Empirical evidence shows that narrow and short flame profiles achieve the lowest NOx emission values. Controlled flame temperatures: The flame temperature is controlled at a temperature high enough to ensure that no CO is formed whilst the temperature is low enough to avoid any NOx formation. Oxygen concentration near the flame is controlled such that the faster hydrocarbon reaction depletes all the oxygen before NOx can be formed by the slower N2 to NOx reaction. Internal flue gas recirculation: The high velocities at the burner mouth create an internal venture effect which in turn results in internal flue gas recirculation around the flame. A stable and uniform temperature profile without hot spots created in the flame will further minimize NOx formation. EUROPEM Ultra-low NOx burners are equipped with a windbox giving tangential entry of the combustion air to create a natural swirl around the flame. This principle is also employed for the waste gases entering the burner so that additional swirl is created by one or more waste gas streams. Support fuel and rich waste gas are injected through a shell type disc to obtain a narrow and short flame profile. A “tulip flame profile” or “balloon flame profile” are selected, depending on the fuel characteristics.

This compact micro torch is ideally suited for melting the ends of sample tubes precisely and safely. As a very small flame can be adjusted, it is possible to melt the capillary precisely at a defined point without excessively heating the remaining capillary, as is the case with standard torches. The torch is operated with a hydrogen/oxygen or a propane/oxygen mixture, both of which provide a very hot flame that even permits quartz glass to be processed. This torch is an extremely versatile tool with which practically all types of glass can be processed – from simple flaming to highly complex tasks. Features of the micro torch Fine, concentrated needle-point flame High heating capacity Mixed-gas operation Two separate needle valves Complete with fine nozzles Torch length >130 mm (without nozzle) Operating principle The torch consists of a gas mixing chamber and two gas inlets, which are also suitable for aggressive media such as hydrogen and oxygen. Two needle valves at the...

BIONEEM consists of more than 90% Isopropyl alcohol and a Margosa extract formulation. Numerous toxicological studies for BIONEEM have been charged with the notification of Margosa extract. Acute toxicity: Rat LD50 oral > 2000 mg/kg Rat LD50 dermal > 2000 mg/kg Rat LD50 inhalation > 46.14 mg/l air Skin irritation not irritating Eye irritation not irritating Skin sensitisation no sensitisation All required chemical-physical, environmental and toxicological data are present for BIONEEM. They are the basis for Hazard statements and Precoutionary statements. The warning notices refer exclusively to the ingredient of isopropyl alcohol. Hazard statements: Highly flammable liquid and vapour. May cause drowsiness or dizziness. Precautionary statements: Keep out of reach of children. Keep away from heat, hot surfaces, sparks, open flames and other ignition sources. No smoking. Use only outdoors or in a well-ventilated area. IF INHALED: Remove person to fresh air and keep...