Renewable Design for Aluminum Window Louver - press-locked grating – Tongda
Product Detail
Product Tags
Related Video
Feedback (2)
Renewable Design for Aluminum Window Louver - press-locked grating – Tongda Detail:
1.Manufacture
The press-locked aluminium grating is a special groove punched out in advance on the bearing bars, inserting the aluminium bars into the bearing bars groove, and pressing the inserting bars into the bearing bars by hydraulic press, thus forming a solid network structure by bearing and inserting bars.
2.Product Code Example
TAP325/50/50/203FU—Series 50 Aluminum Press Locked Grating, Bearing Bars 32×5 at 50mm Centre, Inserting bar 20×5 at 50mm Spacing, Mill Finish.
3.Feature
Light-weight and high strength. corrosion-resistant,
non-sparking, rustproof.
4.Applications
walkways platforms
Fence Building ceiling
Floors Façade
5.Our Services
Specification are able to custom based on customer’s requirement.
We can provide the 3D or CAD drawings.
Product detail pictures:
Related Product Guide:
Lincoln’s Fourth of July primer: Chance of storms at night | Local | Buy Steel Grating
Eyes on Milwaukee: Fiserv Forum by the Numbers » Urban Milwaukee | Steel Grate Panels
We believe that prolonged time period partnership is really a result of top of the range, benefit added provider, prosperous knowledge and personal contact for Renewable Design for Aluminum Window Louver - press-locked grating – Tongda, The product will supply to all over the world, such as: Brasilia, Malta, Nigeria, Satisfaction and good credit to every customer is our priority. We focus on every detail of order processing for customers till they have received safe and sound solutions with good logistics service and economical cost. Depending on this, our solutions are sold very well in the countries in Africa, the Mid-East and Southeast Asia.
By Kay from Cologne - 2017.06.16 18:23
Product quality is good, quality assurance system is complete, every link can inquire and solve the problem timely!
By Mabel from Borussia Dortmund - 2018.10.31 10:02