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ANTITICK is a cutting-edge dual-action formulation designed to combat stubborn tick infestations and skin infections effectively. It stands out with its unmatched safety features:
Effects
Key Benefits:
Safe. Effective. Gentle. ANTITICK – Because Your Pet Deserves Care Without Compromise.
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Discover the captivating sound of the ASTEMAN Handpan Drum, now available on Delmergroup. Designed with 9 notes tuned to a 440Hz D Minor scale, this 22-inch handpan is crafted from high-quality steel, delivering a rich, resonant tone with a lasting sustain. Whether for meditative music, performances, or personal relaxation, this handpan offers a unique musical experience. It comes complete with a soft bag for easy transport, two mallets, a stand, and a cloth for maintenance. Explore the soulful melodies this premium handpan drum can provide, exclusively at Delmergroup.
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What is an Atomizer in 3D Printing?
An atomizer is a component in certain types of 3D printers that utilizes ultrasonic vibrations to turn the printing material into a very fine mist or aerosol before depositing it onto the print bed.
How Atomizer 3D Printers Work
3D printers with atomizers use a specialized print head design. Rather than heating and pushing filament through an extruder nozzle like fused deposition modelling (FDM), the print material in an atomizer system is supply as liquid polymer solution.
The atomizer itself comprises a small nozzle attached to an ultrasonic transducer vibrating at sky-high frequencies. As the solution flows through, the ultrasonic energy turns it into a cloud of microscopic droplets. This mist gets sprayed onto the print bed in precise patterns to build up the object layer by layer.
Once deposited, the droplets rapidly dry and cure via UV light directed at the print area, solidifying each layer. This process based on inkjet-style dot printing allows tiny droplet sizes under 20 microns, enabling high part details.
Atomizer Specifications for 3D Printing
- Dispersion Technology: Utilizes advanced atomization technology to convert liquid filaments into a controlled fine mist.
- Nozzle Design: Precision-engineered nozzles for even material distribution, ensuring consistent layer deposition.
- Material Compatibility: Versatility in handling various 3D printing materials, including plastics, resins, and other liquid filaments.
- Precision Control: Offers adjustable settings for precise control over mist density, catering to diverse printing requirements.
- Efficiency Optimization: Maximizes material usage efficiency, minimizing waste and contributing to cost-effectiveness.
- Adaptability: Compatible with a range of 3D printers, providing adaptability to different printing setups and systems.
- Surface Finish Enhancement: Enhances the quality of 3D prints with a focus on achieving smooth finishes and superior detailing.
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An Automatic Granulation Furnace is a machine that automatically turns larger pieces of material, such as metal, into smaller, grain-like particles. This process is called granulation. The furnace uses heat to melt the material, and then it forms small grains or beads from the melted substance.
This can be useful for various industries, especially those working with metals, as it allows for easier handling and processing of materials. The term "automatic" indicates that the machine performs these tasks without constant manual intervention, making the granulation process more efficient and convenient.
How do Automatic Granulation Furnaces Work?
Material Loading: Larger pieces of material, such as metal, are loaded into the furnace.
Heating: The furnaces melt the metal, and operators manually shape it into granules.
Granulation Process: Once melted, the liquid material is processed to form small grains or beads. This can involve mechanisms like pouring the melted material through small openings or using specific shaping tools.
Automatic Operation: The term "automatic" means that the machine performs these tasks without constant manual intervention. It is programmed to carry out the heating, melting, and graduation processes seamlessly.
Cooling: After granulation, the newly formed particles are allowed to cool and solidify.
Collection: The finished granulated material is collected for further use or processing.
Key Features of Automatic Granulation Furnace:
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Efficient Melting: Melts larger materials, like metal, into a liquid state.
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Automated Granulation: Automatically processes and shapes the melted material into small grains.
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Hands-Free Operation: Operates without constant manual intervention, enhancing efficiency.
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External Cooling: Allows the formed particles to cool and solidify.
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Material Collection: Collects the granulated material for further use or processing.
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PLC System Touchpad: Integrates a touch-sensitive interface with a Programmable Logic Controller for streamlined control in industrial processes. Offers user-friendly operation, combining the adaptability of PLCs with the convenience of touchpad input in industrial settings.
Technical Specifications
Feature | Specification |
---|---|
Power | 15 kW |
Voltage | 380 volts (three-phase) |
Absorbed Power | 7.5 kW to 14 kW |
Capacity | 20 kg Au (Gold) |
Casting Method | Bottom Pouring Granulation |
Maximum Temperature | 1150 °C |
Melting Time | 5 to 10 Minutes |
Temperature Measurement | K Type |
Cooling Water Temperature | 20 to 30 °C |
Applicable Metal | Gold, Silver, Copper, Brass |
Manual Granulation Furnace:
A manual granulation furnace is a furnace used for the granulation process where larger materials, such as metals, are manually loaded, melted, and processed into small grains or beads. This type of furnace requires hands-on control and intervention throughout the granulation process.
In this furnace, operators manually load the raw materials, oversee the melting stage, and actively participate in the granulation process, ensuring hands-on control and precision throughout each step. This type of furnace is characterized by its detailed and manual operation, offering a more involved approach to the granulation of metals.
How do Manual Granulation Furnaces Work?
Load Material: Operators load metal into the furnace.
Heat and Shape: The furnaces melt the metal, and operators manually shape it into granules.
Controlled Cooling: Granules cool and solidify under manual control.
Operator Precision: Throughout the process, operators actively ensure quality and precision.
Collect Granules: Finished granules are manually collected for further use.
Key Features of Manual Granulation Furnace:
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Operator Control: Hands-on control throughout the granulation process for precision.
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Customized Granule Formation: Manual shaping allows for tailored and specific granule characteristics.
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Flexibility: Adaptability to diverse materials and granulation requirements.
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Real-time Monitoring: Operators actively monitor and adjust parameters for quality assurance.
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Hands-on Expertise: Utilizes skilled operator expertise for nuanced and controlled granulation.
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External Cooling:Allows the formed particles to cool and solidify.
Technical Specifications
Feature | Specification |
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Power | 15 kW |
Voltage | 380V (220V), 3 phase, 50/60Hz |
Applicable Metal | Gold, K-Gold, Silver, Copper, Brass, Bronze |
Max Temperature | 1400°C |
Melting Time | 2-5 minutes |
Granulating Time | About 5 minutes |
Casting Method | Gravity Granulation |
Max Capacity | Gold: 2-4 kg, Silver: 1-2 kg |
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A Del TMR mixer-wagon is a specialist agricultural machine used for accurately weighing, mixing, and distributing total mixed ration (TMR) for ruminant farm animals, in particular cattle and most commonly, dairy cattle. A TMR is a method of feeding cows that combines feeds formulated to a specific nutrient content into a single feed mix. The mix contains the following feeds: Forages, Grains, Protein feeds that help cattle and other animals improve their well-being and are good for health.
Product Specification
Type of Machine | Cattle Feed Machine |
Motor Power | 25 HP |
Material | Mild Steel |
Weight | 500 kg |
Automation Grade | Automatic |
Capacity | 1000 - 1500 kg |
Application | Cattle Feed Making |
Usage | Small to Large Dairy Farms |
Other Details:
- It helps to reduce feed costs and improve profitability of the dairy farm.
- It mixes all animal feed uniformly on a daily basis and discharges the feed to the manger.
- It also reduces labour costs involved in feeding the animals on a daily basis.
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Technical Details |
Mod. |
dBF01 |
Overall dimensions |
mm |
500x480x585 |
Weight |
kg |
50 |
Crucible capacity |
kg |
1,54 kg Au 24kt |
Max Temperature |
C |
1150 C |
Water Flow |
Lt/min |
3 |
Installed Power |
kW |
1,5 |
Power supply |
v |
230V single phase |
Thermocouple position |
Under crucible |
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Crucible type |
With fixed ceramic jacket |
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Temperature control |
Membrane Keyboard digital thermoregulator |