FABRICATION OF PLATFORM FENDERING SYSTEMS SOLUTIONS:
PLATFORM & DOCK FENDERING SYSTEMS
AIMS provides the design and fabrication of platform and dock fendering systems for the offshore oil and gas and refining industries. This product line consists of energy cells, boat landing rubstrips, barge bumper rubber sleeves, conductor stabilizers/centralizers, and custom rubber and urethane products.
TECHNICAL SPECIFICATIONS
PRODUCT DESCRIPTION
AIMS International provides the design and fabrication of platform fendering systems for the offshore oil & gas industry.
In 1992, AIMS acquired the Energy Products Division from Teledyne Monarch Rubber. This acquisition enabled AIMS to have the molds and tooling, as well as the intellectual property on the best offshore fendering product line in the industry. The Bond-In-Compression process utilized in the manufacturing of the AIMS energy cells allows for the most efficient and effective energy-absorbing cell in the industry.
SPECIFICATION
This product line consists of:
- Energy Cells (also known as โshock cellsโ)
- Boat Landing Rubstrips
- Barge Bumper Rubber Sleeves
- Conductor Centralizers (conductor stabilizers)
- Custom Rubber & Urethane Products
RECOMMENDED PRODUCTS
Fiberglass Handrail Systems
DeltaRail meets your requirements, from small platforms to complex structures, with high-strength, maintenance-free handrails that are ideal for any location.
Fiberglass Stair Solutions
AIMS' molded fiberglass stair treads are offered in two varieties: the DeltaTread and the DeltaGrate FabTread. DeltaTread stair treads are cut from DeltaTread panels measuring 22-1/4โ x 10โ-0โ. The mesh of the DeltaTread is 1โ x 6โ with double bearing bars at the 6โ intervals so that any stair tread with a length that is a multiple of 6โ is always banded.
FIBERGLASS MUDMATS
One of AIMSโ newest products is its fiberglass mudmat system for offshore jacket structures. Our fiberglass mudmats are 24 times stronger than 1/4โ steel plate and 7.5 times stronger than 3/8โ steel plate. On average, this benefit eliminates half to two-thirds the steel filler beams necessary to compile a steel system. Furthermore, since the system is non-metallic it does not require cathodic protection.