News

Here are some of the advantages of using a shaped hot melt system for industrial applications:           1. Reliable Instant Bonding         2. Economical and Easy to Use         3. Suitable for a Wide Range of Substrates         4. Non Toxic and Solvent Free   Hot Melt Gule Gun have a wide range of applications including:           1. Packaging         2. Potting and Encapsulation(e.g. electronics)         3. Sealing and Reinforcing         4. Coating and Insulating         5. Vibration Reduction & Component Cushioning         6. Anti-slip(e.g. for stabilising pallets)         7. Repair Assemby         8. Decorate and Create

A variable temperature heat gun can have countless uses. When people think of a heat gun they usually picture what looks like an old fashioned hair dryer which exerts a tremendous amount of heat and is used on industrial projects and jobs. The fact is a do-it-yourselfer will  find many uses for a variable temperature heat gun.   Uses on Paint A variable temperature heat gun is extremely versatile in the kinds of work it can perform. Most people use a heat gun when removing paint from interior surfaces, like doors, wooden stair cases or architraves. The heat gun can be adjusted to peel paint, using it in a gentle up and down motion, holding it close to the paint and scraping with a metal scraper to relieve it from the surface. Uses on Other Surfaces The variable heat gun can be turned down to its lowest setting to be used on other projects, like shrink wrapping plastic and film. It can also be used to melt surfaces of pliable plastics and soft materials. They can be a lifesaver in warming up pipes that freeze in the winter. To heat a pipe to the extreme point that it can crack and burst is highly dangerous, so using a heat gun on a low setting to gently "encourage" the water in the pipe to melt is a much better option. Wood Damp wood can lead to multiple problems within the home including mold and mildew. A variable heat gun can help in the assistance of drying out the wood and restoring it to a better condition. When wood gets damp it swells and distorts and can becoming cracked and splintered over time. Using a heat gun to dry out soaked wood is a more gentle way of reviving it. Settings The ability to change the temperature is what make the variable temperature heat gun so versatile. Lower heat is more like a shot of warm air which will not harm the skin. As previously stated, lower settings emulate the same heat out put of a hairdryer. However, it is NOT suggested that you use a heat gun to dry your hair. Soldering Set onto the highest heat setting available, it is actually possible to melt solder on small components. `De-soldering` as it is known, removes solder from a metal object by melting the softer solder material away from the more firm metallic surface it was soldered to. This can be useful when mending small electronic items like circuit boards. Adhesives With a variable temperature it is also possible to either melt or activate an adhesive compound. Some adhesives are heat resistant but those which can melt can he removed from surfaces using a moderately heated gun. To the same degree, some adhesives also respond to heat and set better, so again, a moderately heated gun will assist in that chemical process.   Previous Article:About Hot Melt Glue Gun

It is a fan with an unusual characteristic: It doesn't have any visible blades. It appears to be a circular tube mounted on a pedestal. The shallow tube is only a few inches deep. Looking at the device, you wouldn't expect to feel a breeze coming from the mounted circle. There are no moving parts in sight. But if the fan is switched on, you'll feel air blowing through the tube. How does it work? How can an open circle push air into a breeze without fan blades? As you might imagine, there are a few scientific principles at play here. There's also an electronic element. While the tube doesn't have any blades inside it, the pedestal of the fan contains a brushless electric motor that takes in air and feeds it into the circular tube. Air flows along the inside of the device until it reaches a slit inside the tube. This provides the basic airflow that creates the breeze you'd feel if you stood in front of the fan. Dyson claims that the Air Multiplier generates a breeze with 15 times more air than what the device actually takes in. The breeze generated by the Air Multiplier is more consistent and steady than one from a standard fan with blades. Since there are no rotating blades, the breeze from the fan doesn't buffet you with short gusts of air. Previous Article:Bladeless Fan(Air Multiplier)