vacuum formed plastic panel

1, OEM/ODM,
2, competitive price from a professional manufacturer,
3, good service from our professional foreign trade team,
4, quickly delivery,
5, all kinds of parts customized,
6, Other fabrication.

We offer:

We will move into new factory building on early Dec. 2009, the factory area is 10,000
squared meter and will integrate current thick and thin sheet vacuum formed.

The managing team have a big ambition and we are going through a high development,
the turnover for 2008 is USD2,200,000.

We also provide related process for plastic parts, like: painting, silkscreen, electroplate etc
to meet customers various requirement.

We are not just only provide simple process for plastic parts, we make use of all kinds of
software, like: CAD, PRO-E, SOLIDWORKS etc to handle with customers drawing and
meet their requirement, also we make design ourselves according to customers idea.

Our products are widely used in auto, medical, household, food, packing, home appliance,
advertisement, lighting, display, beauty equipment, promotional items etc.

We specialize in all kinds of vacuum formed plastic products, thermoforming plastic
products, like, vacuum formed panels, vacuum formed base, vacuum formed plate,
vacuum formed trays, vacuum formed signs, vacuum formed covers, vacuum formed
containers, vacuum formed bottle, etc. The material we use include: ABS, PS, PVC, PETG,
PMMA, PC, PP etc.

Shenzhen zhenrong plastic CO., LTD is located in Chuangxin Industrial District, Xintian
Village, Guanlan Town of Shenzhen. Having been more than 10 years since the
corporation founded, it is professionally engaged in the research and manufacture of
vacuum formed plastic products including post-processing. We have abundant
experienced and skillful engineer and technician. Have been a leading company in this
industry. The maximum size of product can reach is 2400*1600*800mm
(length*width*high), and the thickness could reach 10 mm.

Vacuum forming is a very economical method for producing plastic parts. This process can
produce large or small parts in low quantities at a reasonable price. This involves the
controlled heating of a thermoplastic material to a temperature where it is pliable enough
to be altered by the shape of a mold. This mold can be made of wood, phenolic or
aluminum, so tooling can be optimized depending on the properties required. In this
method, the heated thermoplastic is forced against the mold by the air pressure differential
created by pulling a vacuum between the sheet and the mold.