RAPID® 2000
Rapid 2000 are used for timber to timber and steel to timber connections.
1 | Milling pockets & head geometry
Milling pockets underneath the screw-head for an optimal countersinking:
- smooth-working
- gentle on material
- ideal also for metal fittings
Alternative Head Typ: Washer Head
2 | Friction part
3 | Thread
Double thread with integrated notch, recessed second thread turn rolled out to the tip:
- Minimised blast effect
- Improved pull-out values
- Quicker screwin
4 | Tip
With 30° geometry
- Reduced split effect
- Quicker bite
- No pre-drilling required
Available sizes
Rapid® 2000 are available in 3 x16 to 6 x 300 mm.
More
Additional information
| Head Geometry | Counter Sunk |
|---|---|
| Shank Geometry | Friction Part |
| Thread Geometry | Double Thread, Hi-Lo-Thread, Partially Threaded |
Related products
-
RAPID® T-Con
T-Con is specifically for Timber-Concrete-Composite applications. -
RAPID® Hardwood
Rapid Hardwood can be inserted into hardwood without predrilling. -
RAPID® Komprex
Rapid Komprex are used for timber to timber and steel to timber connections. -
RAPID® Dual
Rapid Dual offers a torx drive and hex drive for better force transmission. Ø 8.0 = T40 or 12mm socket Ø 10.0 = T50 or 15mm socket Ø 12.0 = T50 or 17mm socket
Counter Sunk
Countersunk heads are counter-sinkable in wood or even in prepared steel plates. The milling pockets reduce the fraying and splintering of the wood.
Friction Part
The friction part reduces screwing resistance by opening the hole slightly wider than the screw shank. It is usually combined with the half thread.
Friction Part Geometries
Double Thread
The double thread is allowing for faster install times by ensuring stronger thread pull out capacities.
Double Thread
Hi-Lo-Thread
The Hi-Lo thread allows for energy-saving screwing with improved pull-out values. The Hi-Lo is combined with the double thread that ensures quicker installation times.
Hi-Lo Thread
Partially Threaded
Partially threaded screws, also known as half thread, pull timber members or steel plates and timber together. For the design head pull-through and withdrawal of thread must be checked. Lateral loads as well as axial loads are efficient transferred.
The axial load capacity of the thread in comparison to the countersunk head is approx. 3:1. Using a washer head screw leads to a similar performance of the thread pull out and the head pull through capacity.
