D-LINE ENERGY

ABSORBING BOLLARDS

PROTECTING

EQUIPMENT AND

CONCRETE FLOORS

The AUTO MOSSA D-LINE ‘Energy Absorbing’ Bollards absorb impact energy and avoids causing damage to concrete floors and forklifts. Reduce the costs of bollard replacements and floor repairs with our Patent Pending ‘Energy Absorbing’ Bollards.

Our recyclable ‘Bollard Protector Sleeves’ shield the inner steel bollards, have great resilience to impacts, and because the colour is throughout the material look great for longer than powder-coated bollards alone.

8000 JOULE

BOLLARD

TEST RIG

Having our own test rig gives us the ability to expand on our computer simulations and to test for reliability over a set number of cycles. There are many material subtleties and design possibilities that are best examined with physical testing.

BOLLARDS SHOULDN’T

CRACK

YOUR CONCRETE FLOORS

Fixing bollard damage to floors caused by standard bollard designs is expensive and results in downtime. This has been an industry problem that can now be lessened and in many cases eliminated.

PACKAGED

FOR EASY

HANDLING

THE HEART

OF THE ENERGY

ABSORBING BOLLARD

This is the ‘Patent Pending’ bollard base. Robust and delivering the characteristics that reduce bollard damage and absorb violent shocks that would be otherwise be transmitted, unfiltered to the concrete floor.

PROTECTOR

AND POST

SHIP TOGETHER

At 20 kg the bollard tube and protector ship in a box with convenient carry straps built in. Stackability makes for easier site storage and transportation.

D-LINE BOLLARD


SPECIFICATIONS

Standard Equipment
Standard Size - Height 1050 mm
Bollard Tube - Diameter 165 mm
Outer Sleeve - Diameter 220 mm
Base - Diameter 300 mm
Performance
Impact Rating 165mm Ø Bollard 5 tonnes at 6.4 km per hr
Materials
Tube Assembly 5mm steel tube, galvanised
Base Assembly 12mm thick base, hot-dip galvanised
Connecting Parts 20mm high-tensile
Compression Block PU20 or PU30 moulded urethane
Tube Fixings M12 x 120 high-tensile galvanised bolts
165mm Ø Protection Sleeve 5mm polyethylene, moulded sleeve
Operating Environments
Freezer -25°C: Compression Block PU20
Chiller to Ambient -2°C to 50°C: Compression Block PU30