Koperdraadstropper |
 |
Kort inleidingEen van die belangrikste kenmerke van hierdie masjien is sy stabiele werkverrigting, wat konsekwente en betroubare werking verseker. Hierdie stabiliteit is noodsaaklik vir die bereiking van presiese en akkurate draadstroopresultate. Boonop is die masjien ontwerp om maklik te gebruik, wat dit toeganklik maak vir beide ervare professionele persone en beginners. Die praktiese toepassing daarvan verhoog sy aantrekkingskrag verder, wat dit die mees algemene draadstroopmasjien in verskeie industrieë maak.
Die 15 gate maak voorsiening vir verskillende draadgroottes en -tipes, wat voorsiening maak vir buigsaamheid in die hantering van verskeie draadstrooptake. Of dit nou dun koperdrade of dikker staaldrade is, hierdie masjien is toegerus om almal te hanteer. Die insluiting van dubbele rolle vir plat drade dra by tot sy veelsydigheid, wat dit 'n waardevolle hulpmiddel maak vir 'n wye reeks draadstrooptoepassings.
Oor die algemeen staan die koperdraadstroper uit as 'n betroubare en doeltreffende oplossing vir draadstroopbehoeftes. Die vermoë om verskillende draadtipes te hanteer, stabiele werkverrigting, gebruiksgemak en praktiese gebruik maak dit 'n gewilde keuse vir professionele mense en stokperdjies. Of dit nou vir industriële gebruik of selfdoen-projekte is, hierdie masjien bied 'n gerieflike en effektiewe manier om drade met akkuraatheid en doeltreffendheid te stroop.
Tegniese parameters
|
SN |
Deursnee |
Dikte |
Krag |
Totale gewig |
Pakket afmeting |
|
1 |
φ2mm～φ45mm |
≤5mm |
220V/2.2KW/50HZ |
105 kg |
71*73*101 cm (L* W*H) |
|
2 |
φ2mm～φ50mm |
≤5mm |
220V/2.2KW/50HZ |
147 kg |
66*73*86 cm (L* W*H) |
|
16mm×6mm 、12mm×6mm (W×T) |
|||||
|
3 |
φ2mm～φ90mm |
≤25mm |
380V/4KW/50HZ |
330 kg |
56*94*143 cm (L* W*H) |
|
4 |
φ2mm～φ120mm |
≤25mm |
380V/4KW/50HZ |
445 kg |
86*61*133 cm (L* W*H) |
|
≤10mmX17mm(flat) |
|||||
|
5 |
φ30mm～φ200mm |
≤35mm |
380V/7.5KW/50HZ |
350 kg |
70*105*140 cm (L* W*H) |
Verwante Nuus
-
Efficient Copper Wire Granulators for High Purity Metal Recycling
In the rapidly evolving world of urban mining, the demand for high-purity recycled metals has never been higher. Copper wire granulators serve as the backbone of this process, transforming bulky, insulated scrap cables into valuable, clean copper granules. By utilizing advanced mechanical separation, these machines eliminate the need for hazardous burning, ensuring an environmentally friendly and economically viable recovery process. Whether you are starting a small recycling venture or upgrading an industrial facility, understanding the nuances of granulation technology is key to maximizing your Return on Investment (ROI).
Lees meer -
Industrial Efficiency with Single Shaft Shredder Used in Recycling
In the modern waste management landscape, reducing the volume of bulky materials is critical for operational efficiency and cost reduction. A single shaft shredder used in industrial settings provides a high-torque, low-speed solution for processing plastics, rubber, wood, and electronic waste. By utilizing a rotating shaft equipped with powerful cutting blades, these machines transform oversized waste into manageable fragments, facilitating easier transport and more efficient downstream recycling. Whether you are managing a municipal waste site or a specialized manufacturing plant, understanding the mechanics and benefits of this equipment is essential for optimizing your throughput.
Lees meer -
Comprehensive Guide to Single Shaft Shredders for Efficient Waste Reduction
In the dynamic world of recycling and waste management, efficient size reduction is crucial. A single shaft shredder emerges as a powerful solution for processing a diverse range of materials. This article will provide a comprehensive overview of single shaft shredders, their applications, benefits, and key considerations when selecting the right machine for your operation. From reducing bulky waste to preparing materials for further processing, understanding single shaft shredders is vital for businesses focused on sustainability and efficiency.
Lees meer
