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SOUTHERN ELECTRICAL EQUIPMENT COMPANY
GREEN TECHNOLOGY
FOR TODAY AND TOMORROW
Company
Southern Trading & Producing Electrical Equipment Joint - Stock Company is established in the early of the year 2000, specialize in the manufacture of electrical equipment, power fittings, cable accessories and frp composite products. All products manufactured with brand name EMN are not only high quality products but also competitive prices. The product quality of EMN has been strictly controlled in each working procedure, many kinds of internationalization standard quality guaranteed system can be highly effective under company's strict monitoring. We obtained ISO 9001:2008 quality system and all products range have been fully tested to the requirement of IEC, ASTM standards or equivalent. EMN has always been holding the management doctrine on stable quality, environment friendly products, short delivery and rapid service. It constantly meets the demands of customers and market development and helps customers to finish most difficult tasks. With the advanced equipments, high quality products, best prices and good after-sale services, our products have obtained domestic & oversea customers long-terms cooperation and support. We warmly welcome customers from all over the world and are looking forward to establishing a steady and long-term business relationships with you in the near future based on mutual benefits. Today, EMN continues to add capacity, diversify its product lines, increase engineering capability and improve its processes and products.
At EMN we offer a wide selection of high performance engineered composites to give you a product solution that you can trust to meet your most stringent material performance requirements:
High mechanical strength, yet lightweight
Resistance to corrosion, heat, flame, smoke and toxins
Abrasion and impact resistance
Excellent electrical insulation properties
We also offer a wide selection of configurations to meet your needs:
Solid Rod & Bar Stock
Structural Profiles
Custom Profiles
Strut Support Systems
FRP Gratings
FRP Systems
Environmental Performance
One of the outstanding advantages of EMN pultruded frp products is their ability to perform over long periods of time in a variety of environmental conditions. The civil engineering community is now looking at pultruded composites as an ideal replacement for many traditional materials in a wide range of industrial, commercial and residential applications.
Quality You can also be assured that the fiberglass reinforced plastics products you receive from us are fully tested and meet the stringent requirements of ASTM. To ensure these standards are met through the entire manufacturing process, our facility is ISO 9001:2008 certified with design capabilities for its quality procedures.
ENVIRONMENTALLY
FRIENDLY
The
ROVING CREEL
MAT CREEL
RESIN BATH PREFORMER DIE & HEAT
SOURCE PULLING SYSTEM
CUT-OFF SAW
Pultrusion is a manufacturing process for producing continuous lengths of fiber reinforced polymer (FRP) structural shapes with constant cross-sections. Raw materials are a liquid resin mixture (containing resin, fillers and specialized additives), continuous glass fiber filaments known as rovings, chopped filaments called continuous strand mat and a protective fabric known as surfacing veil. The pultrusion process involves pulling these raw materials (rather than pushing, as is the case in extrusion) through a heated forming & curing die using a continuous pulling system.
Reinforcing fibers consist of continuous strand mat and continuous strand roving. Coupling the reinforcing fibers with the resin and a surfacing veil, the pultrusion product is complete.
COMPOSITE STRUCTURE
HIGH
STRENGTH
LIGHT
WEIGHT
CORROSION
RESISTANCE
NON –
CONDUCTIVE
DIMENSIONAL
STABILITY
EMI & RFI TRANSPARENCY
PARTS CONSOLIDATION
LOW MAINTENANCE
EASY INSTALLATION
ECONOMIC
EFFICIENCY
COMPARISON
FRP composites vs. traditional materials
Is pultruded frp a better choice for your applications ? Consider the point-for-point comparison below.
FRP STRUCTURAL PROFILE vs. TRADITIONAL MATERIALS
STRUCTURAL TIMBER STEEL ALUMINUM
FRP Composites Timber Steel Aluminum
Corrosion Resistance High Low Low Medium
Weight Low Medium High Low
Strength to Weight High Low High High
Expansion & Contraction Low Low (*) Medium High
Electrical Conductivity Low Moderate High High
Thermal Conductivity Low Low High High
EMI/RFI Transparency Yes Yes No No
Environmental Impact Low Low High High
Fabrication Easy Easy Easy Moderate
Life Cycle Cost Low High Moderate Moderate
(*) Wood expands due to moisture absorption
PROPERTIES OF FRP COMPOSITES
General properties
In general, FRP composites are a combination of two or more materials yielding properties superior to those of the individual ingredients. A matrix resin alone is not structural and is brittle, while a reinforcement alone is flimsy, but together, they form a strong FRP composite. The region where the reinforcement and matrix meet is called the interface. Composite properties are determined by chemical and mechanical interaction of the combined materials. Plastic resins come in two different classes - thermosets and thermoplastics. From a practical perspective, it’s easy to remember that thermosets maintain their molded shape at higher temperatures and cannot be melted and reshaped. Thermoplastics will melt at a given temperature and can be solidified into new shapes by cooling to ambient temperatures. The plastic resin systems determine chemical, electrical, and thermal properties.
Reinforcing fibers include glass, carbon, aramid and other man-made and natural materials that are used in a variety of forms and combinations to provide the required properties such as strength, dimensional stability, and heat resistance. Additives provide color and determine surface finish, and affect many other properties such as weathering and flame retardance.
Final properties are determined by many factors including the type,amount and properties of the individual ingredients, especially the ratio of fiber reinforcement and matrix resin; the fiber orientation in the matrix; the surface interaction of fibre and resin (the 'interface') and quality control during manufacturing.
Typical reinforcement fiber and matrix resins properties
Material
Density (G/cm3)
Tensile Modulus(E)
(Gpa)
Tensile Strength (б)
(Mpa)
Elongation to break
(%)
Relative Cost
1. Fibers
E-glass 2.54÷2.60 69÷72 3100÷3500 4.5÷5.0 Low
S-glass 2.44÷2.49 86÷90 4500÷4900 5.4÷6.0 Moderate
Carbon/Graphic 1.70÷1.90 240÷400 3450÷6200 0.7÷2.0 High
Aramid 1.30÷1.45 80÷130 3000÷4100 2.0÷2.8 Moderate*
2. Resin matrix
Polyester 1.1 ÷ 1.4 1.6 ÷ 4.1 35 ÷ 95 1.0÷2.5 Low
Vinylester 1.1 ÷ 1.3 2.0 ÷ 4.0 50 ÷ 100 3.0÷4.0 Moderate
Epoxy 1.2 ÷ 1.4 2.5 ÷ 5.0 50 ÷ 110 1.5÷4.0 High
Phenolic 1.2 ÷ 1.4 2.7 ÷ 4.1 55 ÷ 80 1.0÷1.8 Moderate
(*) slightly higher than S-glass - The above data are generic and do not apply to all commercially available products.
PROPERTIES OF FRP COMPOSITES
Typical frp composites properties
TYPICAL COUPON PROPERTIES Pultruded
Rod Pultruded
Profile Pultruded
Profile Pultruded
Profile
Material
Fiber type E-glass E-glass E-glass E-glass
Resin type Polyester Polyester Polyester Vinylester
Nominal fiber % by weight ASTM D-2584 45 ÷ 75 40 ÷ 55 50 50
Properties Test Method
Mechanical
Tensile Strength ASTM D-638
Longitudinal,MPa 414 ÷ 827 172 ÷ 290 210 240
Transverse, MPa 48 52
Tensile Modulus ASTM D-638
Longitudinal,GPa 20.6 ÷ 41.4 13.1 ÷ 18.6 17.2 18.6
Transverse, GPa 5.5 6.2
Compressive Strength ASTM D-695
Longitudinal,MPa 275 ÷ 483 210 240
Transverse, MPa 105 125
Compressive Modulus ASTM D-695
Longitudinal,GPa 18 20
Transverse, GPa 6.0 7.2
Flexural Strength ASTM D-790
Longitudinal,MPa 414 ÷ 827 172 ÷ 290 210 240
Transverse, MPa 72 80
Flexural Modulus ASTM D-790
Longitudinal,GPa 20.6 ÷ 41.4 10.8 ÷ 14.4 11.1 12.7
Transverse, GPa 5.51 6.3
Shear Modulus
Longitudinal,MPa 2.895 2.93
Shear Strength Short Beam ASTM D-2344
Longitudinal,MPa 31.03 31.03
Transverse, MPa 37.92 41.37
Modulus of Elasticity Full Section
Bending
Longitudinal,GPa 19.3÷22.06 19.3÷22.06
Transverse, GPa 8.5 8.5
PROPERTIES OF FRP COMPOSITES
Typical frp composites properties
TYPICAL COUPON PROPERTIES Pultruded
Rod Pultruded
Profile Pultruded
Profile Pultruded
Profile
Material
Fiber type E-glass E-glass E-glass E-glass
Resin type Polyester Polyester Polyester Vinylester
Nominal fiber % by weight ASTM D-2584 45 ÷ 75 40 ÷ 55 50 50
Properties Test Method
Physical
Impact Strength Izod ASTM D-256
Longitudinal, J/mm 1.33 1.33
Transverse, J/mm 0.214 0.214
Hardness, Barcol ASTM D-2583
Perpendicular 45 ÷ 60 45 45
Coefficient of Thermal Expansion
ASTM D-696
Longitudinal, /ºK 1.2x10-5
1.2x10-5
Thermal Conductivity ASTM C-177
W/ ( m. ºK ) 0.58 0.58
Water Absorption 24 Hours ASTM D-570
Longitudinal,% 0.2max 0.6max 0.6max
Density ASTM D-792
Longitudinal, gms/cc 1.9 ÷ 2.0 1.7 ÷ 1.8 1.8 1.8
Electrical
Arc Resistance ASTM D-495
Longitudinal, sec 120 120
Dielectric Strength ASTM D-149
Perpendicular, kV/mm 6 6
Longitudinal, kV/mm 1.38 1.38
Flammability
Flammability ASTM D-635 Self
Extinguishing
Self Extinguishing
Self Extinguishing
Self Extinguishing
(*) (*) (*) (*)
Flame Spread (UL Tunnel Test) ASTM E-84 25 max 25 max
(*) (*)
The above data is based on results achieved in the test methods indicated and is provided for information purposes only.
(*) FRP composite products can be designed & manufactured to be fire retardant and self-extinguishing.
PULTRUDED FRP PROFILES
Structural Profiles
EMN offers a wide range of pultruded structural components including angles channels, beams, tubes, bars, rods, flat sheets,… EMN structural shapes are used in a wide variety of applications, providing a unique combination of corrosion resistance, high strength, dimensional stability and light weight, along with thermal and electric non-conductivity.
SOLID ROD
& BAR STOCK
STANDARD
STRUCTURAL PROFILES
Solid Round
Rectangular & Square Bar
Trapezoid / Dogbone Shapes
PULTRUDED FRP PROFILES
Custom Profiles
Custom profiles can be an excellent solution to a wide range of problems in practically any application where structural profiles or other fiberglass shapes do not meet the needs of the customer. Custom profiles should be considered when a unique shape is needed and/or when the properties of other materials are not suitable for the application. Custom Profiles are developed and produced in many shapes and materials according to the customers specific requirements to achieve optimal solutions..
Benefits of Custom Profiles
Designed specifically for the application
Provides better performance
Provides increased reliability
Results in lower life cycle costs
Allows for parts consolidation
Creates a competitive advantage
Product Range
PULTRUDED FRP REBARS
FRP Rebars
Steel rebar has historically been used as an effective and cost-efficient concrete reinforcement. However, it is susceptible to oxidation (rust) when exposed to chlorides and certain other aggressive chemicals. Examples of such exposure include coastal areas, and sites where aggressive chemicals and ground conditions exist.
Steel rebar also conducts electricity and magnetic fields, attributes that are not desirable in many types of medical, nuclear, power generating, and electronic applications. FRP rebars have proven to be the solution and will give structures a longer service life.
Advantages Non-Corrosive - will not corrode exposed to a
wide variety of corrosive elements including chloride ions.
High Strength-to-Weight Ratio - provides good reinforcement in weight sensitive applications.
Non-Conductive - provides excellent electrical and thermal insulation.
Excellent Fatigue Resistance - performs very well in cyclic loading situations.
Good Impact Resistance - resists sudden and severe point loading.
Magnetic Transparency - not affected by electromagnetic fields; excellent for use in MRI and other types of electronic testing facilities.
Light Weight - weigh approximately one-quarter the weight of an equivalent size steel bar - easy to be transported, no need of lifting equipment, saving high machine and manual cost.
FIBERGLASS STRUT SUPPORT SYSTEMS
Strut Systems
Strut system is the most widely used because it is the most complete quality line of nonmetallic accessories, fasteners, hangers, pipe clamps and channels available. Strut system is a versatile, high-strength product that can use in nearly every application. Some of those applications include: wastewater treatment, refineries, chemical plants, marinas, pulp and paper, desalination facilities, theme parks, aquariums and underground vaults. Made from entirely nonmetallic, corrosion resistant resins, Fiberglass Strut can be used in demanding environments where steel strut systems have traditionally failed.
Its lightweight components can be installed quickly and easily using standard metal working tools. All strut parts incorporate the highest quality materials to provide superior chemical resistance, strength, flame resistance and ultraviolet protection
Features & Benefits
Corrosion Resistance
High Strength
Lightweight
Versatile
Fire Retardant
UV Resistant
Non-Conductive
Non-interfering /
Non-magnetic
Cost Effective
Easy to Install and Access
FRP GRATINGS Surface
Moulded Grating
Pultruded Grating
MOULDED GRATING
PULTRUDED GRATING
SLIP
RESISTANT
FRP GRATINGS Moulded Gratings
Moulded Gratings are produced by the hand lay-up process in which continuous fibreglass rovings are systematically laid in an open mould in the direction of vertical and horizontal, layer after layer manually, and thoroughly wetted out with liquid resin. When the weaving process is completed, the mould is heated to cure the grating panel. After curing, the grating panel is ejected from the mould. The standard panel would have concave non-slip walking surface. Other surface such as gritted surface, smooth surface are also produced on request. Gritted surface for applications where maximum wear resistance and slip resistance is required. Grit is embedded in the resin layer - not glued on - for greater durability. Moulded Grating is an excellent alternative to metal grating where there are safety concerns due to the presence of liquids and oils on the floor as well as corrosive environments where chemical resistance of the flooring material is important for long term durability. Moulded Gratings are lightweight and easy to fabricate. Savings on labor and equipment often make the total installed cost of them comparable to that of steel. Combining these installation savings with low maintenance, long life and worker safety, these products offer a life cycle cost that is significantly lower than that of metallic products.
Features & Benefits Corrosion Resistant
Impact Resistant
Lightweight
Bidirectional Load
Bearing
Easy to Fabricate
and Install
Low Maintenance
Non – Conductive
Fire Retardant
Uniform in
Appearance
Slip Resistant
Cost Effective
Design
Regularly Moulded Gratings are made from polyester resin matrix. Glass content is approximately 35%. They are also available with vinylester or phenolic resin. All kinds of resin are self-extinguishing and with UV-stabiliser. Standard colours are green, orange, yellow or grey, other colours are available on request. The high percentage of resin (65%) in moulded grating offers superior corrosion resistance and optimal impact resistance. Since Moulded Gratings are “cast” in one-piece, there is no mechanical joint between bearing bars, and along with the continuous fibreglass rovings in alternating layers, in the direction of vertical and horizontal, so the loads are distributed evenly in all directions. These features allow for use without continuous side support.
FRP GRATINGS Pultruded Gratings
Pultruded Gratings are based upon high strength pultruded bars ( I-profiles or T-profiles) in load-bearing direction, which are connected by cross-rods with proper spacing through some assembly techniques.
Pultruded Gratings are lightweight, which saves on freight and makes installation easier. The unique cross-bar construction allows the grating panels to be easily cut and modified to fit almost any plant requirement.
Features & Benefits Corrosion Resistant
Structurally Strong
High Impact and Fatigue Strength
Rigid
Lightweight
Easy to Fabricate and Install
Low Maintenance
Non – Conductive
Fire Retardant
Non-Sparking
Resistant to Chipping and Cracking
Aesthetically Pleasing Appearance
Slip Resistant
Design Pultruded Gratings are made from isophthalic polyester resin. The reinforcement is achieved by a combination of fibreglass mats and rovings reaching a glass content of approximately 65%. They are also available with vinylester or phenolic resin. All kinds of resin are self-extinguishing and with UV-stabiliser. A wide variety of bearing bar shapes along with various bearing bar and cross-rod pacings are available depending on the design requirements. The traditional "I" bar shape provides maximum flexibility in design. It is available in 25mm, 30mm, and 38mm depths. The "T" bar shape provides a more solid walking surface and prevents catching high heels and other objects between the bars. It is available in 25mm, 38mm and 50mm depths. When using Pultruded Grating, make sure the bearing bars in the grating panel are oriented in the correct direction for the application. Bearing bars should traverse from support to support. Cross-rods are not intended to be applied in the span direction. Pultruded Grating has a primary advantage over moulded gratings: It has superior load-supporting ability over longer spans.
FRP GRATINGS FRP Gratings
Applications Walkways
Catwalks
Platforms
Floors
Stairs
Ramps
Roof systems
Mezzanines
Trench & Pit Covers
Assembly lines
Guards for Electrical Equipments & Machinery
FRP GRATINGS Transparent Gratings
Brighter Colours Transparent Gratings have become increasingly popular to provide brighter colours for Facades, Sun Screening, Equipment Screening and Cladding Panels. Transparent Gratings are manufactured using translucent resins, lightly tinted, in a range of colours, which allows maximum light transmission to produce the perfect decorative effect. When lit from behind light refracts through the translucent mesh construction to illuminate the front surface to create a "glow" effect. Transparent Gratings, although offering high light transmission characteristics, offer excellent sun shade protection, whilst still providing the advantage of 68% air flow ventilation. Due to the unique design, they will allow differing amounts of sunlight to pass through the mesh, depending on the sun's angle.
STAIR TREADS Stair Treads
Stair Treads are produced in the same way as the FRP Pultruded Gratings and the FRP Moulded Gratings with additionally reinforced and highlighted edges. Matching with the step treads, EMN produces support angles that can be mounted directly to the support bracket of the stairs. The hole pattern is flexible, so that the profile made of steel can be changed easily.
Stair Treads
Support Angles Moulded Stair Treads
Pultruded Stair Treads
Stair Tread Covers Covered Stair Treads
Slip Resistant
Corrosion Resistant
Easily Fabricated
Low Maintenance
Low Installation Cost
Long Service Life
SOLID FIBERGLASS PLATES Solid Fiberglass Plates
Many applications require a solid flooring for a variety of reasons, such as odor control in a wastewater plant or in an offshore drilling mud room, or possibly for safety reasons to prevent any small objects from falling through the flooring to the level below. For these instances, we has two solutions: our solid fibreglass plate and our covered plate grating (panel profiles).
Moulded Plates Moulded plate is manufactured by building up multiple layers of fiberglass reinforcement and specially-formulated resins. The result of this process is a solid composite panel offering both bidirectional strength and corrosion resistance.
Pultruded Plates Pultruded gritted plate is a solid anti-skid flooring, helps reduce worker slips and falls in both wet and dry applications. The grit surface can be fine, medium or coarse.
Features & Benefits • Corrosion resistant
• Slip resistant
• Superior
ergonomics
• Lightweight
• Ability to support
heavy loads
• Easy to install
• Minimum of
material waste
• Low maintenance
• Easily cleaned by
any cleaning
solutions
Applications
Walkways
Splash Walls
Overpasses
Bridge Decks
Pool Decks
Insdustrial
Floorings
Trench Covers
Odor Control
Covers
Fibreglass plate is available as solid plate or bonded to grating.
SAFETY FLOORINGS Safety Floorings
Safety Floorings are load-bearing gratings with closed laminated surfaces. The covering layer is reinforced by fibreglass mats and rovings to improve the load-bearing properties. Standard Safety Floorings have a polyester resin matrix with a glass content of approximately 35%. Safety Floorings can be offered with a special resin matrix of vinylester or phenolic resin. All resin types are self - extinguishing and UV -stabilised.
Standard colours are grey, yellow or green, other colours are available on request.
Pedestal
FRP PANEL PROFILES FRP Panel Profiles
The FRP Panel Profile is pultruded as a single profile in which the top surface and legs are integral to the part. The constant cross section panels offer a unique tongue and groove joint that allows the panels to mechanically lock eliminating vertical movement. The large spans can be covered economically with low weight. Normally the FRP Panel Profiles have a polyester resin matrix with a fibreglass content reaching 65%. FRP Panel Profiles can be offered with a special resin matrix of vinylester resin. All resin types are self - extinguishing and UV -stabilised. Standard colour is grey. Other colours are available on request.
FEATURES &
BENEFITS
• Unique tongue and groove interlock increases the speed of installation.
• The standard width of the
panels increase the speed of installation and reduces
hardware cost. • The solid top panel
eliminates the possibility of debris or tools falling through the flooring.
• The solid surface panels
can be used for odor control covers.
• The panel is available with
a highly durable antiskid wearing surface for
enhanced safety. • The lightweight panels are
very strong and corrosion resistant.
Safety Deckings
Architectural
Deckings
Safety Plankings
FRP PANEL PROFILES Safety Plankings
This product is intended to replace wood, aluminum or steel planks in environments where corrosion or rotting creates costly maintenance problems or unsafe conditions. Used in a wide range of industrial and commercial applications, Safety Plankings provide a unique combination of easy installation, durability and low-maintenance. They also provide safe walkways in electrical applications because of its low conductivity and non-sparking features.
The safety plankings are available in 600 mm wide panels with or without perforations. Typical open areas are 12% open.
12% OPEN TOP OPTION
DETAIL A
FRP PANEL PROFILES Safety Plankings
Applications
Walkways
Platforms
Sidewalks
Balcony Decking
Marina Dock
Bridge Decks
Pool Decks
Insdustrial
Shower Floors
Trench Covers
Odor Control
Covers
Safety Planking, when turned upside down, serves as an excellent concrete forming system in applications where corrosion and weight are construction concerns.
FRP PANEL PROFILES Safety Deckings
Safety Decking is a specially designed system of 600 mm wide, slip resistant, fiberglass panels that overlap for a continuous solid surface. Safety Decking is intended to replace wood, aluminum or steel decking in environments where corrosion or rotting creates costly maintenance problems or unsafe conditions. Low in conductivity and nonsparking, it provides safe walkways in applications near electrical lines.
Deteriorated
Plywood Fan Deck
FRP PANEL PROFILES Architectural Deckings
General
Architectural decking system offers an alternative to traditional decking materials. The panels will not rot, rust, chip or mildew, which make them ideal for high-moisture environments, including saltwater. Architectural decking system commonly replaces wood or plastic lumber in applications requiring stronger decking materials. Architectural panels are designed to connect to form a continuous solid surface utilizing an innovative interlocking design. The deck sections are easily installed with screw-like fasteners that are not visible, creating a smooth, attractive surface.
Materials of Construction
Architectural decking system is a high strength, planking panel system. Manufactured of pultruded fiberglass reinforced polymer (FRP). Architectural panels have intermediate ribs on each panel that help provide extra stiffness and strength, allowing the deck to perform ideally in areas with pedestrian traffic. An optional grit surface can be added to provide a non-skid surface. Standard colors are light gray and beige.
Hidden Fastening
System
Features & Benefits of Architectural Decking System
Strong
Rot, Rust & Mildew
Resistant
Lightweight
Non-Conductivity
Easy to Install
Cost Effective
Slip Resistant
Hidden Fastening
System
FRP PANEL PROFILES Architectural Deckings
Applications Architectural decking system is designed to be used for flooring. Typical applications include:
Hotel Recreational Areas
Homes and
Condominiums Buildings in Coastal
Areas Marinas and Docks
The decking is low-maintenance and can withstand the corrosive salt-water environment with ease
FRP PANEL PROFILES Building Panel Systems
Features & Benefits of Buiding Panel System
Strong
Corrosion Resistant
Lightweight
Non -Conductivity
Easy To Maintain
Cost Effective
Easy To Install
Interlocking Joints
Design and Components
Building panel system is suitable for major load bearing structural applications. The modular construction system consists of six interlocking components. They are produced by the pultrusion process. The main component is a 80 mm thick x 600 mm wide open-ribbed building panel and features a cellular construction. Building panels can be connected using the 3-way connectors, 45° connectors, toggles and/or hangers. 3-way and 45° connectors allow the system components to turn corners and facilitate the joining of walls or sides. Toggles lock panels and connectors together securely. For added flexibility, the system also includes a hanger and an end cap. For permanent structures, joints between panels and connectors are bonded during assembly. This uniquely designed system of interlocking components makes it possible to design fiberglass structures at significantly lower costs for a broad range of construction applications with an almost unlimited number of configurations.
Materials of Construction
Buiding Panel System is available in standard polyester (green), polyester fire retardant (gray) or vinyl ester fire retardant (beige) resin systems. The resin mixture contains a UV inhibitor and the composite includes a surface veil on all exposed surfaces for enhanced corrosion and UV protection. Other resins and colors are available upon request.
Building Panel
System
Hollow Core Building
Panels
Applications
Buildings
Bridge Enclosure Systems
Cooling Towers
Bridge Decks
Tank Covers
Platforms
Walkways
Cellular Enclosures
Secondary Containment Systems
Restaurants
FRP PANEL PROFILES Building Panel Systems
FRP PANEL PROFILES Bridge Deck Systems
Bridge Deck
Bridge Deck consists of two layers of pultruded FRP I-bar grating separated by FRP connectors with nylon bolts. The components are: • I-bars (38 mm) running continuously in the direction perpendicular to traffic; • Three-part cross rods running through pre-drilled holes spaced at 100 mm on-center in the I-bars web in the direction parallel to traffic; and • Two-part vertical connectors that space the grating layers 100 mm apart. A 3.2 mm pultruded FRP plate is bonded to the bottom grating layer to create a stay-in-place concrete form.
Bridge Deck
Systems
FRP PANEL PROFILES Double Web Beam Bridge Panels
FRP PANEL PROFILES Fiberglass Baffle Panels
Lightweight, high strength fiberglass baffle panels are ideal for underwater flow control applications. Fiberglass baffle panels are cost effective because they have a much longer life cycle than wood, concrete, steel and other traditional materials that are subject to rot and corrosion. The lightweight panels are easy to install and can be easily removed for cleaning and access. Baffle panels are available in 300 mm and 600 mm widths for easy fabrication and installation of new systems or the rehabilitation of existing systems. Baffles can be mounted to existing columns, attached to H-beams or attached to concrete walls with clip angles.
Features & Benefits of Fiberglass Baffle Panel
Corrosion Resistant
High Strength
Lightweight
Low in Maintenance
UV Resistant
Low Conductivity
Dimensionally Stable
Standard baffle panels are manufactured using a polyester resin. Optional resin systems offered include a fire retardant polyester resin system or a vinyl ester resin system for enhanced corrosion resistance. Panels include a UV inhibitor and a surfacing veil for additional corrosion resistance and UV protection.
Applications Municipal &
Industrial Water and Wastewater Systems
Aeration
Chambers Contact Chambers
Retention Basins
FRP PANEL PROFILES Noise Reduction Plankings
Sound Barrier Walls Noise reduction planking is used to provide the needed sound reduction for congested traffic or retail areas. In addition, the FRP material is lightweight allowing for fast modular installation and the ability to use even in challenging terrain. Noise reduction planking requires no heavy equipment for installation or repairs which will minimize disruption to traffic and damage to surrounding vegetation. The FRP material will not corrode, rust or rot; so once it is installed, the noise reduction planking maintains its aesthetic beauty for a long time of service life.
Applications
Highways
Railroads
Schools
Restaurants
Shopping Centers
Commercial Sites
Recreational Facilities
Commercial Sites
Industrial Sites
Residential Developments
Noise Reduction Planking Noise reduction planking is a fiberglass reinforced plastic barrier manufactured through a high-quality pultrusion process. To form a pultruded element, continuous fiber rovings and mat are mechanically drawn through a resin bath and shaped through a series of forming guides, then pulled through a heated die.
FRP PANEL PROFILES Fiberglass Sheet Pile Systems
FRP Sheet Pile System is manufactured by the pultrusion process, and is designed and manufactured to provide a solution for deteriorated waterfront structures subjected to the harsh marine operating environment. Especially they can be used to protect the shore, to avoid erosion. The high corrosion resistance is best for use in seawater, the advantage over steel sheet piles is dramatic. FRP Sheet Pile System will not leach harmful chemicals used in wood treatments, making them environmentally safe. Composite materials offer cost effective long-term and low-maintenance solutions. The use of composite materials in various marine environments has shown to be more economical than traditional materials when lifecycle costs are considered. FRP Sheet Pile System is an alternative construction material without many of the performance disadvantages of conventional materials such as aluminium, concrete and wood.
Heavy rust in the use of sheet piles made from metal.
FRP sheet pile system
The sheet pile system consists of the following
components: Interlocking Sheet Piling Panels
Interlocking Corner Connectors
Top Caps
Walings & Tieback Rods
Fasterners
Sheet Piling Panels
Corner Connectors
Top Caps
Walings
FRP PANEL PROFILES Fiberglass Sheet Pile Systems
FRP Sheet Pile System will not corrode, decay or spall thereby reducing maintenance costs and future replacements. FRP Sheet Pile System resists impact, creep, UV light and weathering effects better than PVC materials and are easier to install in harder soil conditions. Due to their low weight FRP-sheet piles can be used on difficult accessable areas and can be carried with hands to site. Each panel is lightweight with an interlocking design, so installation equipment and labor is minimized during construction.
Pultruded connectors are used to permit easy corner installation and the flexibility.
CABLE MANAGEMENT
Fiberglass Cable Trays and Cable Ladders
General Fiberglass Cable Trays and Cable Ladders are used in highly corrosive environments. Applications in high electromagnetic fields are possible. They are the ultimate alternative to steel and stainless steel solutions. They are economically priced and distinguish themselves from other conventional materials due to outstanding properties.
Benefits Corrosion Resistant
Lightweight and Durable Easy to transport and install
High Strength to Weight Ratio Low Thermal Conductivity
Non Conductive Fire Retardant Cost Effective
Cable Management Systems: Cable Trays & Cable Ladders
Strut Support Systems
Cable Ladders
Cable Tray Covers
Cable Trays
STAIR SYSTEMS
Fiberglass Stair Systems
General Stairs are designed for use in corrosive environments. Existing installations can be replaced quickly and easily.
Benefits
Slip Resistant
Corrosion Resistant
Easily Fabricated
Low Maintenance
Low Installation Cost
Long Service Life
HANDRAIL SYSTEMS Architectural Fiberglass Handrail Systems
General
Handrail systems are a strong, attractive and safe solution to your structural needs. The railing systems are particularly well-suited to corrosive environments like those found in commercial structures with urban and salt air corrosion.
Benefits
Corrosion resistance
High strength
Light weight
Impact resistance
Low conductivity
Easy installation and field fabrication
Economical installation of long straight runs
Fewer components, reducing freight cost
Low maintenance
Safety
Square Systems with square pickets
Square Systems with round pickets
Rounded Systems with square pickets Handrail systems mount quickly and easily to posts and walls
Custom half round top rail
HANDRAIL SYSTEMS Industrial Fiberglass Handrail Systems
General Industrial fiberglass handrails are commercial railing systems for stair rails, platform / walkway handrails and guardrails. Parts are made to fit with each other and are easy to use. The railing systems are particularly well-suited to corrosive environments like those found in industrial, chemical and wastewater treatment plants as well as commercial structures with urban and salt air corrosion.
Round Post / Rail
Round Handrail Components
Square Post / Rail
FENCE SYSTEMS Fiberglass Fence Systems
FRP fence system offers a complete solution for individual requirements. Fences are used in high corrosive environments. As FRP is radar transparent these fences are often used at airport areas. They are invisible to the ground radar. Parts are made to fit with each other and are easy to use.
FENCE SYSTEMS Fiberglass Fence Systems
Airport Fence
Decorative Fence
LADDERS AND CAGES Fiberglass Ladders and Ladder Cages
General FRP Ladders and Ladder Cages are the perfect solution for any installations that have contact with different types of aggressive environments. They have got more advantages compared to conventional ladders. They are resistant to corrosion and they are easy to handle due to their thermal insulation. Even in complete immersion applications, they have outlasted aluminum and steel and required little or no maintenance. Furthermore they guarantee secure work due to electric insulation and non-slip elastomer feet as well as easy installation.
Ladder with a Platform made of FRP Profiles
TOOL HANDLES Fiberglass Tool Handles
Features & Benefits
Far stronger and long lasting than wooden handles
High impact resistance Non-conductive
Corrosion resistant
Will not peel, crack or splinter Will maintain its original color
for many years Aesthetic appearance
Color Options
Pigmenting the resin in the pultrusion process produces the bright, attractive colors of the tool handles. With the color through out the part, no painting is needed, so chipping or peeling is eliminated. A spectrum of color options are available
Live Line Hot Sticks
Tool Handles
Availability
Many standard sizes and colors are available. Custom shapes, wood-grain appearance and more colors are available to meet customer specifications.
MARKETS & APPLICATIONS Markets Applications
Electrical Industry
Alternative Energies
Building / Construction
Transportation
Electrical Industry
Insulators
Posts and Crossbars
Transformers & Motors
Switchgears
Crossarms and Braces
Poles
Cable Managements
Stairways & Handrails
Walkways
Coverings
Screenings
Alternative Energies
Solar panel supports
Wind turbine blade structures and components
Building / Construction
Anticorrosion reinforcement bars (rebars)
Beams & Crossbars
Billboard sign frames and elevated walkways
Building Panels
Caged Ladders
Catwalks
Coverings
Handrails & Stair Treads
Platforms
Purifiers
Roof Panels
Screenings
Scaffolding
Walkways
Transportation
Pedestrian Bridges
Vehicular Bridges
Advertising panels
Traffic signs
Lighting fixtures
Truck Trailer Flooring
Shim Plates
Median barriers
Railway panels
Track walkways
Access ways
Docks
Trenches
Walking surfaces
MARKETS & APPLICATIONS Applications Markets
Architecture
Nautical
Marinas & Dock
Waterparks & Pool
Architecture
Railings Systems
Fencing Systems
Decking & Walkways
Docks & Piers
Rooftop Structures
Trellis
Residential Home Columns
Waterpark Structures
Gates
Bridges
Screenings
Nautical
FRP Canoe & Yacht
Buoys
Beacons
Stays and Shrouds
Sail Yard
Marinas & Docks
Handrails
Platforms
Walkways
Catwalks
Floating Docks & Piers
Support Frame & Structure
Waterparks & Pools
Handrails
Stairs
Platforms
Walkways
Fencing
Bulkheads
Covers
MARKETS & APPLICATIONS Markets Applications
Sports & Recreation
Aeronautics
Hotel & Motel & Restaurant
Tool Handles
Sports & Recreation
Surfing
Skiing
Hockey
Fishing
Billiar Cues
Signaling Flags
Poles & Bars
Exercise Equipment
Hotel & Restaurant
Handrails
Stairs
Decking
Fencing
Gates
Ladders & Cages
Cladding & Screening
Aeronautics
Fencing
Deflector
Supports
RADAR TRANSPARENT
Tool Handles
Tool Handles
Live Line Hot Sticks
Operating Rods
MARKETS & APPLICATIONS Applications Markets
Telecommunications
Agriculture
Water & Wastewater
Offshore Oil & Gas
Agriculture
Greenhouse structures
Plant Trainers
Fencing
Seperation Walls
Stakes - Staking System
Pens & Enclosures
Telecommunications
Coaxial Cable
Cell Tower & Poles
Attachment Hardware
Equipment Housing (Concealment)
Support Frame & Structure
Water & Wastewater
Baffle Panels
Odor Control Covers
Fabricated Structures
Offshore Oil & Gas
Flooring
Handrails & Stairs
Platforms
SOUTHERN ELECTRICAL EQUIPMENT COMPANY 185A Ha Noi Highway-District 9-HoChiMinh City – Vietnam
(84.8) 3897 8933
www.emn.com.vn
www.emncomposite.com.vn
ISO 9001:2008
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