Diversitech applications

Poisonous gases, fumes and sparks are created anytime metals are welded together. It doesn’t matter what type of welding equipment is used or what type of metal is being welded. The fact that welding is among the most common industrial processes means that air filtration for welding and robotic welding is an important topic.

Any industrial work application that includes grinding and deburring is going to create dust that requires immediate filtration. Whether it is an angle grinder, die grinder or an automated grinding machine, dust and particles will pollute your workplace unless they are captured and filtered at the source. The key is to remove dust and particulate before it reaches the breathing zone of nearby workers. Depending on the nature of the work application, grinding and deburring can create airborne metal, composite, rubber or fiberglass dust that is particularly dangerous to inhale.

Laser and plasma cutting are two industrial applications that are used for a range of different projects. Laser cutting uses a focused laser beam that’s directed at the material to be cut, then vaporizes or melts it to create the finished surface or edge. Plasma cutting uses a jet of high velocity ionized gas that conducts electricity from the plasma cutter to the material. The work material is heated and melted, and the molten metal is blown away. Laser and plasma cutting are efficient ways to accomplish many industrial cutting tasks, but they also create sparks and fumes that can be a danger to workers. These fumes must be captured and filtered at the source to prevent serious health risks.

Using any coated abrasive for sanding, polishing, or finishing introduces small amounts of both surfaces into the air. The particle size of the dusts produced in this application depends significantly on the abrasive’s grit size and composition, as well as the material being worked.  Wood, metal, or plastics dusts each have specific health risks if inhaled.

Do you require painting or coating applications as part of the manufacturing or service process in your workplace? Industrial painting & coating are known to produce dangerous by-products such as VOCs (volatile organic compounds) and dust. Proper ventilation and filtration is a must, as working in close proximity to the fumes and particles created by the painting and coating process cause devastating health effects.

Soldering enables the joining of metal parts by melting a filler metal to attach wires and other metallic components. The fumes generated from melting solder especially solder containing Lead or Tin present are dangerous and require local ventilation to remove harmful smoke from the work area.  Soldering application need to be properly ventilated to prevent toxic fumes from reaching the worker`s breathing zone.

Additive manufacturing continues to experience rapid growth as companies invest in 3D printing equipment capable of producing plastic and metals based parts. The 3D printing process generates toxic fumes and airborne dust when operators are post-processing and finishing parts.

Oil Mist is Unbreathable. Oil based cutting fluids are often used in CNC milling, machining and metalworking. During production, these processes can produce a mist that can threaten sensitive electronic circuitry and presents serious physical risks to employees (accidents from slipping, breathing hazards).? What are the risks in a workshop with oil mist? Exposure to oil mist for a prolonged period of time can cause a number of health issues. Dermatitis Eye, nose and throat irritation Damage to the respiratory system Bronchitis Bronchial asthma Chronic cough Slip hazards (falling, dropping of tools/materials)? How can you protect yourself?? Mist collectors are effective at capturing and filtering harmful oil mist pollution. They can either be installed on individual machines or to a central location. Having the correct oil mist filtration equipment installed will protect your employees from unnecessary health risks. In addition to this, it will also help to protect your business from long term liability and healthcare costs related to workplace air contamination.?

The Green Filter Cleaning Machine effectively and safely cleans your air filters. The recycling of dirty cartridge filers translates into immediate ROI as filters can be reused 3-6 times, depending on application.? Ideal for cleaning dust collector filters, diesel engine intake filters, or any cartridge with an inner diameter greater than 6.5` and an outer diameter less than 20`. The Green Filter Cleaning Machine will accept filter heights up to 32` (40` extended unit available). The filter cleaning mechanism requires 80 cfm of compressed air at 80-100 psi to function properly. How it Works Easy-to-load, cabinet lid forms seal Automatic and programmable cleaning cycles take 3-5 minutes to complete Injection Self-Cleaning System (ICS-360) blows particulate off every part of the filter Dust and debris drawn out by a powerful cyclone collector and safely stored in a 55 gallon drum Optional Filter Inspection Station and Diesel Filter Inspection Station can be used to measure restricion levels and filter integrity Features Injection Self-Cleaning System (ICS-360) ? Adjustible for diverse filter diameters and heights ??User Friendly Controls with LCD status display? Cyclone - 1,400CFM @ 4` static pressure 55 gallon dust barrel included

HOW THE GREEN FILTER CLEANING MACHINE WORKS Easy to load, automatic and programmable cleaning cycles, filters cleaned in 3 to 5 minutes. Dry compressed air cleans filters from the inside out. Pollutant dust is safely captured with our powerful cyclone collector than safely stored in a supplied 55gal drum. Filter Inspection Station available, recommended for air intake filters used in Diesel Engines, measure restriction levels of air filters to confirm filters integrity Filter Inner Diameter: 6.5` Minimum for inner Diameter Filter Outer Diameter: 20` Maximum for outer Diameter Filter Height: Up to 32` High – closed one end or open at both ends (Other sizes Available – Contact Mfg. For Details) Injection Cleaning System HOW THE INJECTION SELF-CLEANING SYSTEM (ICS) WORKS The Injection Self-Cleaning System releases compressed shop air through a rotating air jet that is driven up and down in a spiral motion inside the filter cartridge. In order to maintain the cabinet clean, an air pu