Hydraulic Metal Shear Cutting Force 400 - 1250 tons , 8 - 13 Tons /
Q91Y heavy shear are applied in cutting variety if scrap
metal.After squeezed two or three times by closing lid and lateral
pressure head, scrap metal are compressed into blocks. Eventually
being cut or crushed directly to become qualified scraps.The shear
machine is mainly used for: compression and cut scrap metal ; cut a
variety of bars and section bars ; amount of scrap metal are
compressed together into one long stripped bales baling light scrap
into blocks; scrap car squeezed into bales.
Mainly used for:
1. compression and cut scrap metal
2. cut a variety of bars and section bars
3. baling light scrap into blocks
The machine is able to:
a) Pre-compress and cut scrap
b) Cut bars
c) Packages light scrap
d) Squeeze and cut car bodies
Press Box Size(mm)
Jiangsu Dalongkai Technology Co., Ltd is the professional
manufacturer who is specialized in producing the balers, metal
shears, metal scrap briquette machines, loose material baler and
other hydraulic machinery. We provide both standard and customized
design in large range of different machines. They are widely
applied in industries of metal smelting, textile, fiber,
paper-making, waste recycle, automobile, metal processing and so
Jiangsu Dalongkai Technology Co., Ltd was established in 2003 and
we researched and produced the first hydraulic machine exported
from us based on customer’s need. This made us begin to sell our
products world wide. In order to enlarge our overseas market and
improve our products quality, we especially established our trade
company ---Jiangsu Dalongkai Technology Co., Ltd. Our trade company
not only promotes our machinery, we also export different kinds of
products by our professional sales team.
We will enter into everyshere in the world.
Make all customers be proud of our products.
Trying to be the leader of our business line.
To become the best employees, create high quality products, creat
Strengthen management, improve service, brand first, quality first
Faith based, innovation, common development