Invest in your career - ITEC: our first Intensive Timber Engineering Course
  1. PRODUCTS
  2. FASTENING
  3. CLT FLOOR-COLUMN CONNECTIONS
  4. SPIDER

CONNECTION AND REINFORCEMENT SYSTEM FOR COLUMNS AND FLOORS

SPIDER

The SPIDER connection and reinforcement system represents a revolution in the world of timber construction.

It allows the construction of multi-storey buildings with column-to-floor structure that until now were impossible to build, with a distance between the columns of more than 7.0 x 7.0 meters of structural mesh, and allows to transfer more than 5000 kN of vertical force between the pillars.

Videos

SPIDER, THE REVOLUTIONARY CONNECTION AND REINFORCEMENT SYSTEM THAT ALLOWS YOUR STRUCTURES TO REACH UNIMAGINABLE HEIGHTS

The revolutionary SPIDER system makes it possible to create timber skyscrapers with a column-to-floor system, eliminating all the beams. The steel core of the system prevents the CLT panels from being crushed and allows more than 5000 kN of vertical load to be transferred between the columns.

The arms of the system ensure the punching shear reinforcement of the CLT panels, allowing exceptional shear strength values. SPIDER offers the possibility to create free spans higher than 6.0 x 6.0 meters even without special connections between panels.

In addition to multi-storey buildings, SPIDER opens new architectural horizons, making it possible to create structures with large spaces, a reduced number of columns and large windows. Made of S355-S690 zinc plated steel, it is certified, calculated and optimised for glulam, LVL, steel and reinforced concrete columns.

Documents

Technical data sheets
ETA Certificate
File CAD
File BIM.ifc
File BIM.rfa

SPIDER

CODE Ø
[mm]
H
[mm]
measures
[mm]
pcs.
SPI60S160 60 160 A=200 B=200 1
SPI60S180 60 180 A=200 B=200 1
SPI60S200 60 200 A=200 B=200 1
SPI60S220 60 220 A=200 B=200 1
SPI60S240 60 240 A=200 B=200 1
SPI60S280 60 280 A=200 B=200 1
SPI60S320 60 320 A=200 B=200 1
SPI80S160 80 160 A=240 B=200 1
SPI80S180 80 180 A=240 B=200 1
SPI80S200 80 200 A=240 B=200 1
SPI80S220 80 220 A=240 B=200 1
SPI80S240 80 240 A=240 B=200 1
SPI80S280 80 280 A=240 B=200 1
SPI80S320 80 320 A=240 B=200 1
SPI80M160 80 160 A=280 B=240 1
SPI80M180 80 180 A=280 B=240 1
SPI80M200 80 200 A=280 B=240 1
SPI80M220 80 220 A=280 B=240 1
SPI80M240 80 240 A=280 B=240 1
SPI80M280 80 280 A=280 B=240 1
SPI80M320 80 320 A=280 B=240 1
SPI80L160 80 160 A=280 B=280 1
SPI80L180 80 180 A=280 B=280 1
SPI80L200 80 200 A=280 B=280 1
SPI80L220 80 220 A=280 B=280 1
SPI80L240 80 240 A=280 B=280 1
SPI80L280 80 280 A=280 B=280 1
SPI80L320 80 320 A=280 B=280 1
SPI100S160 100 160 A=240 B=240 1
SPI100S180 100 180 A=240 B=240 1
SPI100S200 100 200 A=240 B=240 1
SPI100S220 100 220 A=240 B=240 1
SPI100S240 100 240 A=240 B=240 1
SPI100S280 100 280 A=240 B=240 1
SPI100S320 100 320 A=240 B=240 1
SPI100M160 100 160 A=280 B=280 1
SPI100M180 100 180 A=280 B=280 1
SPI100M200 100 200 A=280 B=280 1
SPI100M220 100 220 A=280 B=280 1
SPI100M240 100 240 A=280 B=280 1
SPI100M280 100 280 A=280 B=280 1
SPI100M320 100 320 A=280 B=280 1
SPI120S160 120 160 A=280 B=280 1
SPI120S180 120 180 A=280 B=280 1
SPI120S200 120 200 A=280 B=280 1
SPI120S220 120 220 A=280 B=280 1
SPI120S240 120 240 A=280 B=280 1
SPI120S280 120 280 A=280 B=280 1
SPI120S320 120 320 A=280 B=280 1
SPI120M160 120 160 A=280 B=280 1
SPI120M180 120 180 A=280 B=280 1
SPI120M200 120 200 A=280 B=280 1
SPI120M220 120 220 A=280 B=280 1
SPI120M240 120 240 A=280 B=280 1
SPI120M280 120 280 A=280 B=280 1
SPI120M320 120 320 A=280 B=280 1
SPI100L160 100 160 B=240 1
SPI100L180 100 180 B=240 1
SPI100L200 100 200 B=240 1
SPI100L220 100 220 B=240 1
SPI100L240 100 240 B=240 1
SPI100L280 100 280 B=240 1
SPI100L320 100 320 B=240 1
SPI120L160 120 160 B=240 1
SPI120L180 120 180 B=240 1
SPI120L200 120 200 B=240 1
SPI120L220 120 220 B=240 1
SPI120L240 120 240 B=240 1
SPI120L280 120 280 B=240 1
SPI120L320 120 320 B=240 1

TOP PLATE

CODE description Ø
[mm]
s
[mm]
pcs.
STP20020C top plate for SPI60S 200 20 1

Related products