| Model |
Loading |
Min/Max height |
platform size |
Bottom size |
Lift time |
Weight |
| |
Kg |
mm |
mm |
mm |
s |
Kg |
| EW1001 |
1000 |
205/990 |
1300*820 |
1240*640 |
20-25 |
160 |
| EW1002 |
1000 |
205/990 |
1600*1000 |
1240*640 |
20-25 |
186 |
| EW1003 |
1000 |
240/1300 |
1700*850 |
1580*640 |
30-35 |
200 |
| EW1004 |
1000 |
240/1300 |
1700*1000 |
1580*640 |
30-35 |
210 |
| EW1005 |
1000 |
240/1300 |
2000*850 |
1580*640 |
30-35 |
212 |
| EW1006 |
1000 |
240/1300 |
2000*1000 |
1580*640 |
30-35 |
223 |
| EW1007 |
1000 |
240/1300 |
1700*1500 |
1580*1320 |
30-40 |
365 |
| EW1008 |
1000 |
240/1300 |
2000*1700 |
1580*1320 |
30-40 |
430 |
| EW2001 |
2000 |
230/1000 |
1300*850 |
1220*785 |
20-25 |
235 |
| EW2002 |
2000 |
230/1000 |
1600*1000 |
1220*785 |
20-25 |
268 |
| EW2003 |
2000 |
250/1300 |
1700*850 |
1600*785 |
25-35 |
289 |
| EW2004 |
2000 |
250/1300 |
1700*1000 |
1600*785 |
25-35 |
300 |
| EW2005 |
2000 |
250/1300 |
2000*850 |
1600*785 |
25-35 |
300 |
| EW2006 |
2000 |
250/1300 |
2000*1000 |
1600*785 |
25-35 |
315 |
| EW2007 |
2000 |
250/1400 |
1700*1500 |
1600*1435 |
25-35 |
415 |
| EW2008 |
2000 |
250/1400 |
2000*1800 |
1600*1435 |
25-35 |
500 |
| EW4001 |
4000 |
240/1050 |
1700*1200 |
1600*900 |
30-40 |
375 |
| EW4002 |
4000 |
240/1050 |
2000*1200 |
1600*900 |
30-40 |
405 |
| EW4003 |
4000 |
300/1400 |
2000*1000 |
1980*900 |
30-40 |
470 |
| EW4004 |
4000 |
300/1400 |
2000*1200 |
1980*900 |
35-40 |
490 |
| EW4005 |
4000 |
300/1400 |
2200*1000 |
1980*900 |
35-40 |
480 |
| EW4006 |
4000 |
300/1400 |
2200*1200 |
1980*900 |
35-40 |
505 |
| EW4007 |
4000 |
350/1300 |
1700*1500 |
1620*1400 |
35-45 |
570 |
| EW4008 |
4000 |
350/1300 |
2200*1800 |
1620*1400 |
35-45 |
655 |
Plastic spraying technology has gained popularity in various industries, especially those that involve the production of steel and metal products, due to its numerous benefits. One such industry is the manufacturing of fixed scissor lift platforms. Fixed scissor lift platforms, which are used for elevated work positions in the construction and maintenance industry, require a high degree of durability and resistance to harsh environmental conditions. This is where plastic spraying technology comes in to play.
Plastic spraying technology, also known as fluidized bed coating, involves the application of molten plastic particles onto the surface of the platform through a spraying process. The plastic particles are first melted and then sprayed onto the metal surface using a gun or a nozzle. The platform is then immediately cooled, and the plastic particles quickly solidify, forming a hard and durable coating that is able to withstand wear and tear, abrasions, corrosion, and extreme weather conditions.
The application of plastic spraying technology in the production of fixed scissor lift platforms offers several advantages over traditional coating methods, such as electroplating and powder coating. Firstly, plastic spraying technology provides a more uniform and consistent thickness of the coating, which ensures optimal protection against corrosion and other forms of damage. The uniformity of the coating is essential in ensuring that the scissor lift platform remains safe and reliable for the user.
Secondly, plastic spraying technology offers a wider range of color choices, allowing manufacturers to create customized products that meet their client's preferences. The color options available also help to enhance the aesthetic appeal of the overall product, making it more attractive to potential customers.
Thirdly, plastic spraying technology is a cost-effective option for manufacturers. The process involves the use of plastic particles that are readily available and inexpensive. The equipment used for plastic spraying is also relatively cheaper than other types of coating equipment. Overall, the application of plastic spraying technology results in a product that is both cost-effective and aesthetically pleasing.
Fourthly, the plastic coatings that are achieved through this technology are highly resistant to chemicals, making them ideal for use in harsh environments and in the chemical processing industry. This factor ensures that the scissor lift platforms maintain their structural integrity, ensuring that they remain safe to use for the workers.
Lastly, the use of plastic spraying technology in the production of fixed scissor lift platforms helps to keep the environment clean and safe. The technology does not involve any toxic chemicals, eliminating the risk of pollution and environmental degradation. Plastic spraying technology also helps to reduce the amount of waste produced, which is beneficial for the environment.
In conclusion, the application of plastic spraying technology in the production of fixed scissor lift platforms has several benefits that make it a preferred choice for manufacturers. The technology provides a durable, cost-effective, and aesthetically pleasing option that enhances the safety of the platform for the users. It is a modern and eco-friendly alternative to traditional coating methods that benefits both the manufacturer and the environment.
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