t slot extruded aluminum profile rail Made out of 6000 series T5-T6 aluminum with a clear anodized finish. Modular Extrusion with 4 open T-Slots for mounting accessories. Aluminum t slot rail is great for furniture, displays, trade show booths, workbenches, racking shelves, equipment enclosure framing, robot guarding framing,or any project requiring a finished look.
Product Name
T Slot Extrusion
Profile Material
6061, 6063, 6005, aluminium alloy
Profile size options
40*40,40*80,40*120,15*30,16*40,20*20,20*40,20*80,30*30,30*60,
30*90,30*150,35*35,38*38,45*45,45*90,45*60,45*100,50*100,60*60,
80*80,80*120,80*160,90*90,100*100
Color
Natural silver anodised, can be customised.
Surface treatment
Mill finish, Anodizeding, Sand Blasting, Powder coating, etc.
Deep processing
Cutting, Drilling, Treading, Bending, etc.
Application
Building & Construction, Industry, Machinery, Transportation,
Electrical & Energy, Machinery, Radial profiles for LED cooling, Non- standard Automation, Structure Framing, etc
Production time
New mold 7-10 days, production 10-12 days
Certification
ISO9001
Japanese NSK bearing: prolong the working life. LED display shows various data such as power, voltage, current, speed and error code etc. Alloy mechanical seal: Longer working life and high reliability.
XKAQ-00218 bearings are used in the final drive Bearing system of HYUNDAI heavy machinery equipment：
XKAQ-00218 HYUNDAI BEARING parts
Apply to R110-7, R110-7A, R140LC-7, R140LC-7A, R140LC9, R140LC9A, R140LC9S, R160LC7, R160LC7A, R160LC9, R160LC9A, R160LC9S, R180LC7, R180LC7A, R180LC9, R180LC9A, R180LC9S, R210LC7, R210LC7A, R210LC7H
Tubular stockinette is used to provide protection to the skin and is used as a general utility item. A great addition to any First Aid Kit and daily use for skin regimens & wound care.
DXW212 Bianco White
2400x1600x20mm slabs normally in stock, 3200x1600mm is also bespoke.
Thickness: 20mm, 25mm, 30mm etc.
Surface finished: Polished/Honed/Bushhammered/Brushed etc.
EverExceed PERC cell technology offers high power and high efficiency solar panels in order to achieve higher efficiencies than with standard solar cells which are reaching their physical limits. PERC cell technology defines a solar cell architecture that differs from the standard cell architecture. It decreases the distance between bus bars and finger grid line which is benefit to power increase. It offers more power output in weak light condition, such as haze, cloudy, and morning. The PERC cell technology essentially enables to improve light capture near the rear surface and to optimize electrons capture.
