GRP Multiflo Covers are meant to be used as reinforcement material in plastic industry, Glass fiber Reinforced Plastics etc.Often GRP is the ideal material to manufacture baffle walls in tanks. By careful design and incorporation of stiffeners as required GRP can be used very successfully to make strong, corrosion resistant baffles for easy installation in new or existing concrete tanks. The baffle wall utilizes the benefits of glass reinforced fiber. The walls consist of individual glass reinforced plastic (GRP) corrugated panels that span from wall to wall overlapping each other to create a wall of almost unlimited height with adjustable top and bottom levels. The baffle is fixed to the concrete wall using slotted and bushed fittings which accommodate movement due to differential deflections that occur on concrete walls during filling and temperature changes. The GRP baffle walls are suitable for tanks spanning up to 9m wide, are quick and easy to fit to a fully constructed tank and easy to remove and reposition.
EFG had combining corrosion resistance, long life and a low maintenance design; Dynarail, handrail and ladder systems are superior to conventional metallic systems. Components are light weight and easy to fabricate. Savings on labor and equipment often make the total installed cost of Dynarail comparable to that of steel. Combining its low cost of installation with low maintenance and long life, Dynarail offers a life cycle cost that is significantly lower than that of its counter parts.
Easily assembled on site, EFG had Safety Ladder Systems to meet or exceed OSHA requirements. Though less costly than prefabricated ladder systems, these safety ladders provide a custom fit to the supporting structure. Ladders are stocked in standard heights of 8”, 10”, 12”, 14”, 16”, 20”, and 24” are available in taller heights using splice kits. Ladders may be ordered with or without safety cage kits.
| Maximum length without splice.......................... | 24,-0” |
| Maximum ladder length with cage...................... | 33,-6 |
| Clear inside width (inside rail to rail).................. | 18” |
| Outside width (outside rail to rail)...................... | 21-1/2” |
| Rung Spacing (center to center)....................... | 12” |
| Outside Diameter of rung.................................. | 1-1/4” |
| Inside Diameter of rung..................................... | 7/8” |
| Rail-outside width.............................................. | 1-3/4 |
| Rail-wall thickness............................................. | 1/4” |
| Weight per foot (approximately)........................ | 2.7 Ibs |
Combining corrosion resistance, long life and a low maintenance design, GRP handrail systems are superior to conventional metallic systems. Components are light weight and easy to fabricate. Eissa has the capability to design, manufacture, fabricate and install a wide range of handrail projects, from the smallest platform to massive, complex structures.A well versed in all phases of FRP handrail mounting conditions, end and special connections, provides the Eissa customer with accurate, concise drawings that meet both the specifications of the project.
Both horizontal and inclined posts and rails are permanently joined using rivets and an epoxy compound.
EFG modular rails can be set at any angle to the post, from 390 to 1800, using supplied cover plates.
Straight splice kits are equally easy to incorporate, joined by either a riveted connection or a nut and bolt assembly. EFG modular posts are designed for conventional side- mounting, and kits are also available for installation of either top-mount stanchion bases or removable concrete-embedded bases.
Fiberglass structural shapes from Eissa Fiber Glass are used in wide range of applications, providing a unique combination of corrosion resistance, high strength, dimensional stability and light weight, along with thermal and electric non conductivity.
Durable shapes provide years of low maintenance service in areas where steel, aluminum or wood components were traditionally specified. Today, these shapes are often used in highly corrosive applications where stainless steel and other expensive components were once required. These structural shapes are produced from the highest quality materials, providing durability and years of low maintenance service.
Corrosion Resistance: - The use of premium grade, Iso-phallic polyester or vinyl ester resin systems and a synthetic surfacing veil maintains structural integrity providing long life in aggressive acidic or caustic environments.
Light Weight and High Strength:-Allowing for dependable support of applied loads and delivering higher strength-to-weight ratio than steel. The light weight also allows for easier installation with no heavy equipment and less manpower required.
Dimensional Stability: - Maintaining the cross section of structural shapes based on a low coefficient of thermal expansio
Non-Conductivity:- Adding to personnel safety.
Electromagnetic Transparency: - Providing no impediment to the transmission of radio and microwave frequencies.
Custom Structural Shapes: - In addition to traditional shapes such as I beam, wide flange and channel, EFG offers custom shape solutions designed to meet specific industry and customer needs. Some structures include wood replacement shapes, framing materials, wall panels, and shapes to meet special military requirements.
A Commitment to Quality: - With prominent years of experience, EFG offers customers unparalleled expertise in the design and manufacture of quality fiberglass products. Fiberglass and other reinforcements are drawn through a bath of thermosetting resin. The immersed fibers are then shaped through a series of forming guides and mechanically pulled through a heated die to produce the specific structural shape. Using this pultrusion process, continuous cross-section parts can be made to virtually any length.
