Product Introduction
Irradiation cross-linked Polypropylene (IXPP) foam is a kind of
high-performance closed cell foaming material which is made of
polypropylene and various fillers, additives and foaming agents
various materail .The production process includes granulation,
extrusion, electron irradiation, cross linking and high temperature
foaming.
IXPP Material Advantages
More excellent mechanical properties on tensile strength,elongation
Easy to cut ,fabrication and process;
Good thermal deformation behavior,limit temperature to 140 DEG C.
High temperature resistant performance,and low thermal shrinking
rate;
Low-odour than PE foam and other foam material.
About CYG
CYG TEFA offers the best solution for polyethylene foam production
based on long experience in the developing ,manufacturing PE
foam.All the service are focused on quality of products and
satisfied our customer.
We are committed to developing,manufacturing and selling
cross-linked PE foam.Over the years,we have developed 3 production
bases in Shenzhen,Hangzhou,Chongqing,and 8 production lines of all
kinds,with annual production capacity of 4000tons
FQA
1)What's the advantage of your insulation?
Our insulation have good performance on heat-resistant, fireproof,
waterproof, heavy duty, lightweight, Eco-friendly and so on
2)What’s the order procedure?
First we discuss foam products details by email or TM.
Then we issue you a PI for your confirmation. You will be requested
to do prepaid full payment or deposit before we go into production.
After we get the deposit, we start to process the order. usually
takes 7-15days if we don’t have the items in stock.
Before production has been finished, we will contact you for
shipment details, and the balance payment. After payment has been
settled, we start to prepare the shipment for you.
3) What's the application of insulation?
Our insulation products are widely used on roofing, external wall,
floor, HVAC pipe, transportation and any other places needing
insulation.
Low-density polyethylene foam has numerous applications because of
its many desirable properties including water-resistance, chemical
resistance, energy-absorbance, buoyancy and cushioning
characteristics. Compressive strength is greater in denser foams,
decreasing as density decreases. Low-density foams tend to exhibit
more compressive creep, meaning they become less thick over time,
than higher-density foams.
Production
