Heating jackets - Import export

For everything from pipeline valves to 10,000L agro-chemical containers. LMK Thermosafe Ltd manufacture a wide range of drum and container heating products used in process industries world-wide, including Flexible Heating Jackets in a variety of sizes, materials, power levels and voltages. Custom size Flexible Heating Jacket The Flexible Heating Jackets are so versatile that they can be specifically tailored to fit a multitude of different containers suitable for virtually any size and specifications. This bespoke service offers ideal solutions for customers requiring non-standard containers to be heated as rapidly as possible and efficiently insulated. However big or small the application, our development team based at our UK headquarters can adapt tried and tested designs to produce the best results. A wide standard range is also available from stock to fit 25, 50, 100 or 205 litre drums as well as 1000 litre IBC containers, totes and gas cylinder applications.

Multiple stock sizes from 25L to 1000L, with custom designs also available. The Standard range - Ideal for gently heating and maintain a temperature up to approximately 40-45°C. The HiHeat range - Provides a boost in power for applications needing a faster heat-rate up to approximately 60-70°C. The High Power range - Maximum power and maximum insulation - 0-160° Thermostat available. For more information contact LMK Thermosafe today. T: +44 (0)1440 707141 E: sales@drumheating.com

The HISDpro - Side Drum Heater is a simple yet effective silicone insulated drum heater for the heating of barrels up to 90°C. The Silicone heating jacket is available in four standard sizes (25 / 50 / 105 / 200 liters) and can be manufactured to customer specifications as well. HISDpro heater jackets are particularly suited to melt soaps, fats, varnishes and oil-based products, or respectively reduce their viscosity. The 200-liter element can be combined with the HBD - base drum heater to reduce the heat-up time. These heater jackets are not only used on drums but also containers and any kind of glass-fibre reinforced plastics. They can be produced with any number of belts, e.g. to enable them to be clamped on to rotor blades.

can work in wide viscosity range Strong contruction High capacity and high efficiency Heat protection for fluid Low risk of cavitation USAGE AREAS Chemical Industry Food Industry Colour Industry Petroleum Chemical Industry Ship and shipping Industry OPTIONS Threaded connection Heat Jacket

can work in wide viscosity range Strong contruction High capacity and high efficiency Heat protection for fluid Low risk of cavitation USAGE AREAS Chemical Industry Food Industry Colour Industry Petroleum Chemical Industry Ship and shipping Industry OPTIONS Threaded connection Heat Jacket

can work in wide viscosity range Strong contruction High capacity and high efficiency Heat protection for fluid Low risk of cavitation USAGE AREAS Chemical Industry Food Industry Colour Industry Petroleum Chemical Industry Ship and shipping Industry OPTIONS Threaded connection Heat Jacket

can work in wide viscosity range Strong contruction High capacity and high efficiency Heat protection for fluid Low risk of cavitation USAGE AREAS Chemical Industry Food Industry Colour Industry Petroleum Chemical Industry Ship and shipping Industry OPTIONS Threaded connection Heat Jacket

can work in wide viscosity range Strong contruction High capacity and high efficiency Heat protection for fluid Low risk of cavitation USAGE AREAS Chemical Industry Food Industry Colour Industry Petroleum Chemical Industry Ship and shipping Industry OPTIONS Threaded connection Heat Jacket

can work in wide viscosity range Strong contruction High capacity and high efficiency Heat protection for fluid Low risk of cavitation USAGE AREAS Chemical Industry Food Industry Colour Industry Petroleum Chemical Industry Ship and shipping Industry OPTIONS Threaded connection Heat Jacket

can work in wide viscosity range Strong contruction High capacity and high efficiency Heat protection for fluid Low risk of cavitation USAGE AREAS Chemical Industry Food Industry Colour Industry Petroleum Chemical Industry Ship and shipping Industry OPTIONS Threaded connection Heat Jacket

can work in wide viscosity range Strong contruction High capacity and high efficiency Heat protection for fluid Low risk of cavitation USAGE AREAS Chemical Industry Food Industry Colour Industry Petroleum Chemical Industry Ship and shipping Industry OPTIONS Threaded connection Heat Jacket Flange connection

can work in wide viscosity range Strong contruction High capacity and high efficiency Heat protection for fluid Low risk of cavitation USAGE AREAS Chemical Industry Food Industry Colour Industry Petroleum Chemical Industry Ship and shipping Industry OPTIONS Threaded connection Heat Jacket Flange connection

can work in wide viscosity range Strong contruction High capacity and high efficiency Heat protection for fluid Low risk of cavitation USAGE AREAS Chemical Industry Food Industry Colour Industry Petroleum Chemical Industry Ship and shipping Industry OPTIONS Threaded connection Heat Jacket Flange connection

can work in wide viscosity range Strong contruction High capacity and high efficiency Heat protection for fluid Low risk of cavitation USAGE AREAS Chemical Industry Food Industry Colour Industry Petroleum Chemical Industry Ship and shipping Industry OPTIONS Threaded connection Heat Jacket Flange connection

can work in wide viscosity range Strong contruction High capacity and high efficiency Heat protection for fluid Low risk of cavitation USAGE AREAS Chemical Industry Food Industry Colour Industry Petroleum Chemical Industry Ship and shipping Industry OPTIONS Threaded connection Heat Jacket Flange connection

can work in wide viscosity range Strong contruction High capacity and high efficiency Heat protection for fluid Low risk of cavitation USAGE AREAS Chemical Industry Food Industry Colour Industry Petroleum Chemical Industry Ship and shipping Industry OPTIONS Threaded connection Heat Jacket Flange connection

Can work in wide viscosity range Strong contruction High capacity and high efficiency Heat protection for fluid Low risk of cavitation USAGE AREAS Chemical Industry Food Industry Colour Industry Petroleum Chemical Industry Ship and shipping Industry OPTIONS Threaded connection Heat Jacket Flange connection

The IBC/Bpro-Container Jacket Heater is an insulated heater jacket for the heating of bottle-in-a-cage containers. All four sides of the container are covered by the heater. The container heater has two separate heating circuits (top and bottom), allowing for an economical heating of half-filled containers, too. The HILC unheated insulated lid can be used in addition to shorten the heat-up time. The IBC/B heating jacket can also be combined with the IBC/A container base heater. It's a silicone heater mat that is placed below the plastic container before that is filled.

The HSHP – Drum Heater (220 °C) is suitable for steel drums (and with restrictions also for plastic drums). The outer material is a Teflon which is released for contact with food. The material possesses high levels of chemical and acid resistance. However, products such as waxes, soaps and materials with high water content can be heated excellently as well. The drum heating jacket is lightweight, robust and free of silicone. The excellent thermal transfer properties due to the perfect fit result in homogenous temperatures. Our silicone-free high-temperature drum heater is available in the standard size of 200 liters but can also be made to customer specification.

The HTSD-High Temperature Drum Heater is our high temperature drum heater (220 °C) and exclusively suitable for steel drums. The heating jacket is used in areas where large surfaces need heating over 90 °C. This barrel heater is available in four standard sizes (25 / 50 / 105 / 200 liters) and can be manufactured to customer specifications as well. HISD heater jackets are particularly suited to melt soaps, fats, varnishes and oil-based products, or respectively reduce their viscosity. The 200-liter element can be combined with the HBD - base drum heater to reduce the heat-up time. The heating element of the HTSD heating jackets is sewn into a fleece made of silicone-insulated fibreglass material. The insulating outer housing consists of a binder-free mat made of textile glass. The heating element is therefore double insulated (protection class II). An optimal contact with the barrel, as well as a quick assembly and dismantling are achieved by the use of quick release buckles.

Pressure vessels/containers and reactors must meet the highest quality requirements. The pressurized objects are designed at KASAG according to the relevant regulations and subsequently produced, with great enthusiasm, using the most modern technology. Stainless steel and special materials, such as duplex and nickel-based alloys (Hastelloy, Inconel) are processed. All our production experts have the mandatory certificates, and have mastered the welding process MIG, MAG, TIG, Plasma and Orbital and work solely with certified welding consumables. The pressure vessles and chemical reactors are finally polished, pickled, passivated and tested using non-destructive test methods. KASAG products meet all your standards.

IBC/A-Container Base Heaters are used for the heating of bag-in-box containers. It's a silicone heater mat that is placed below the bag before that is filled. For a faster warming, an additional unheated insulating sheath covering the four sides and the HILC unheated insulated lid can be used. The IBC/Bpro-Container heating jacket as well as the HILC unheated insulated lid are perfect means to support the IBC/A base heater. Using the base heater together with the heating jacket and the insulation cover accelerates the heating process and to reduces heat losses.

The KASAG sterile containers, mixing tanks are used for preparing and mixing of products in the food industry. The container is equipped with a mixing device and jacket for heating and cooling. The entire system is built on a frame with a control unit and weighing cells.

High performance cartridges and heating elements are excellently suited to direct heating of all kinds of tools. Area, ring and barrel heaters are suitable for heating boilers and moulds, tools, die plates, machine parts and a range of other purposes. They can be manufactured individually to size, voltage and output specifically for your application. High performance cartridges are suitable for tool heating in the many different fields in which a specific compatible operating temperature is required. High performance cartridges are essential in the thermal machining process field. High surface loadings facilitate a correspondingly high performance in a small installation area, at operating temperatures of up to 750°C at the heating cartridge jacket. We produce diameters between 6 mm and 45 mm to order. Different types of feed also allow high performance cartridges to be matched to the relevant installation situation.

Embro is a German manufacturer of textile-based heating elements and pads. The elements are highly flexible, lightweight, and they are ideal for all kinds of mobile heating solutions such as: > car seat heaters > steering wheel heaters > heating elements for garments (jackets, gloves, ...) Furthermore, our elements are often used in infrared heating panels, too. Do not hesitate to contact us for further information.

Test samples of PEX need to be immersed in boiling solvent and the insoluble part measured. The percentage of this part is degree of crosslinking. For this, we recommend a laboratory assembly consisting of a round glass fl ask with a heating jacket, a Dimroth cooler, a ring stand with suitable clamps and test holders with lids for the sample. To complete the measurement you will also require a heating oven and analytical balance. According to ISO 10147 , DIN 16892 , ASTM D 2765

Short path distillation is a thermal separation technology operating at process pressures in the range of 1 to 0,001 mbar. It lowers the boiling temperature and is an excellent method for gentle thermal treatment of heat sensitive, high boiling products. The short path evaporator consist basically of a cylindrical body with a heating jacket, a rotor and an internal condenser. The rotor creates a mechanically agitated, thin product film on the heating surface inside of the body. By means of gravity the product flows down in a spiral path, whereby the volatile portion of the product evaporates. The vapour passes by the shortest route and with practically no pressure drop to the internal condenser. The non-volatile portion reaches the lower part of the evaporator and is discharged through the bottom product outlet. The residual vapours and inert gases flow through the vacuum nozzle to the vacuum system.

The vertical thin film dryer consists of a cylindrical, vertically arranged body with heating jacket and a rotor inside. The rotor is equipped with rows of pendulum blades all over the length of the dryer. The hinged blades spread the wet feed product in a thin product layer over the heated wall and mix the product layer material intensively. Therefore the volatile components evaporate continuously from the product layer with high evaporation rates. The hinged blades are designed with a minimum gap to prevent fouling of the heating surface by product, but are never in contact with the heated wall. The product enters the dryer at its top. The evaporation starts after heating to the boiling point. In the slurry zone first solids are formed and with advancing evaporation of the volatiles and continued shearing by the hinged blades the paste breaks up to powder. The final solid product is discharged by gravity at the bottom of the dryer via a suitable air lock.