Advanced energy control materials
Confor® Cushioning and Impact Absorbing product sheet
Confor® foams offer a unique combination of properties that are ideal for high energy-absorption applications, enabling them to absorb and dissipate shock and impact.
Tufcote Barriers and Composites product sheet
We offer a complete range of Tufcote sound barriers and barrier composites in a variety of standard and custom configurations.
Isodamp and Isoloss damping and isolating material product sheet
Isodamp materials are specifically designed to prevent ringing in lightweight precision equipment frames or to reduce hydrodynamic vibrations in massive ship hulls, and anything in between.
Isodamp and Isoloss grommets mounts and isolators product sheet
Our comprehensive range of standard isolators and mounts molded from proprietary, highly damped Isodamp, VersaDamp thermoplastics and Isoloss elastomer thermosets.
Isoloss LS energy control foam product sheet
Isoloss LS has an extremely low compression set, it also features an excellent resistance to collapse and exhibits good shock cushioning and vibration isolation performance.
Tufcote absorbing foams product sheet
Tufcote foams are manufactured using a proprietary thin sheet casting process that chemically bonds the foams to a variety of film facings or to barrier or damping materials to form integrated composite products.
Bend control solutions
Njord BR (Bend Restrictor)
Njord BR is used to protect flexible pipelines from overbending and buckling during their installtion or operation phase where static loads are generated.
Njord BS (Bend Stiffener)
Njord BS acquired their name because the conical shape gradually increases the overall stiffness of the tubular in order to prevent over bending at the termination point. Manufactured from elastomeric material, a Njord BS is suited to the constant wave and current induced motion of dynamic installations but can also be used for static applications.
NjordGuard product sheet
NjordGuard is an innovative protection system designed and developed to protect offshore windfarm power cables in both monopile and J-tube applications.
Buoyancy solutions
Eccofloat® product sheet
Trelleborg manufactures a range of high performance, low density syntactic foams for deep sea buoyancy applications called Eccofloat®.
Njord EB and Njord SB product sheet
Njord EB & Njord SB, provide long term, stable buoyancy to arrays of underwater equipment. With a full line of buoyancy solutions ranging from 100 meters to 6,000 meter water depths, these buoys are available in numerous sizes and shapes to ensure successful deployment and recovery during mooring expeditions.
Njord EB ellipsoidal buoyancy and Njord SB spherical buoyancy
Trelleborg manufactures a range of ultra-high performance, low density syntactic foams, specifically for RROV and RAUV residency vehicle buoyancy applications.
Njord NB product sheet
Trelleborg developed an off-the-shelf range of subsea modular buoys, called Njord NBs, for moderate subsea uplift. Suitable for subsea equipment installation, each buoy core varies in density to suit individual project water depth needs.
Njord Trimsyn and Njord Trimlok product sheet
Manufactured using high performance syntactic foam, Trimsyn™ syntactic floats are simple to attach. To streamline the attachment of Trimsyn™ floats, we developed the Trimlok™ umbilical clamp.
Residence buoyancy product sheet
Trelleborg manufactures a range of ultra-high performance, low density syntactic foams, specifically for RROV and RAUV residency vehicle buoyancy applications.
Njord DBM (Distributed Buoyancy Module) product sheet
The two main functions of the Njord DBMs are to provide uplift and maintain location along the riser.
The uplift is generated by a two part buoyancy component. A clamp securely attaches the assembly to the desired location on the riser. The buoyancy segments are assembled to mechanically lock around the clamp and are secured with circumferential straps.
Njord SBM
Njord DBMs (Distributed Buoyancy Module) are typically used between a subsea structure and a surface vessel or platform to hold pipelines in a specific geometric configuration to prevent over utilization of the system. The two main functions of Njord DBMs are to provide uplift and maintain location along the riser to hold the project specific riser configuration.
Cable & flowline protection
Njord C (Centralizer)
Njord C (Centralizer) function is to allow any flexible or rigid line, or multiple lines, to be centered in an I-Tube, J-Tube, tunnel or larger diameter pipe.
Njord J Tube S
Njord J-Tube S (Seal) are used to prevent the loss of corrosion inhibitor solution used in the annulus between the host line and the J-Tube bore.
Njord Polyspace
Njord Polyspace was developed specifically to address the requirement to maintain a positive clearance between cables and existing pipelines at crossing points when laying subsea cables.
Njord TC (Tether Clamp)
Njord TCs (Tether Clamps) are used to support and control the movement of subsea umbilicals, risers and cables (referred to as pipelines) as they rise from the seabed to the surface, by securely clamping to the pipeline and connecting it to the seabed via a Tether System. Synthetic Tether Systems can also be supplied upon customer’s requirement.
Uraduct®
Uraduct® is a protection system designed and developed to protect fiber optic cables, power cables, umbilicals, flexible flowlines, rigid flowlines, hoses and bundled products from abrasion and impact. Uraduct® can also be used to add ballast to cables and flowlines. It has established an enviable reputation as an industry standard for cable and flowline protection.
Uraduct® Buoyant
To prevent this damage, Trelleborg developed Uraduct® Buoyant, a protection system for subsea cables, umbilicals, flowlines and hoses. Based on the original Uraduct® design, Uraduct® Buoyant not only protects cables from abrasion and impact, it also reduces the excess weight of a subsea cable so that it will not crush other lines at crossing locations. Made from highly buoyant materials, Uraduct® Buoyant minimizes drag and lift, avoiding possible stability issues.
Tri-Strakes® C (Combi)
Developed in response to market demand, the Tri-Strakes® C (Combi) is a high quality, costeffective VIV suppression system manufactured by Trelleborg Applied Technologies. The system consists of overlapping and interlocking moldings, with three-start helical strakes to provide an effective triangular or trapezoidal strakes profile.
Tri-Strakes® L Lite
Developed in response to market demand, the Tri-Strakes® L (Lite) is a high quality, cost-effective VIV suppression system manufactured by Trelleborg Applied Technologies. The system consists of overlapping and interlocking moldings, with three start helical strakes to provide an effective triangular or trapezoidal strakes profile.
Tri-Strakes® S (Stinger)
Current flow around a pipeline can result in vibration due to vortex shedding. The frequency of this vibration can become close to the natural frequency of the pipe, which could cause catastrophic fatigue or damage the pipeline. Trelleborg Offshore offer PU VIV strakes to suppress Vortex Induced Vibration (VIV).
Convertors
VectorVGA
Trelleborg developed VectorVGA to convert a Stroke signal to a Raster signal. The system can be rack-mounted, and accepts a Raster signal, processes the signal, and outputs a standard VGA (Video Graphics Array) signal, that can be plugged into a standard LCD monitor.
Defense applications
Defense applications air
As a world leader in engineered polymer solutions, Trelleborg is able to seal, damp and protect critical applications in demanding environments. Our innovative solutions are designed to accelerate our customers’ performance in many different ways – from improving functionality to increasing productivity. Trelleborg is able to provide tailored solutions using proven materials and technologies to meet the defense needs and requirements. For more information please contact your Trelleborg representative.
Defense applications helicopter
As a world leader in engineered polymer solutions, Trelleborg is able to seal, damp and protect critical applications in demanding environments. Our innovative solutions are designed to accelerate our customers’ performance in many different ways – from improving functionality to increasing productivity. Trelleborg is able to provide tailored solutions using proven materials and technologies to meet the defense needs and requirements. For more information please contact your Trelleborg representative.
Defense applications land soldier
As a world leader in engineered polymer solutions, Trelleborg is able to seal, damp and protect critical applications in demanding environments. Our innovative solutions are designed to accelerate our customers’ performance in many different ways – from improving functionality to increasing productivity. Trelleborg is able to provide tailored solutions using proven materials and technologies to meet the defense needs and requirements. For more information please contact your Trelleborg representative.
Defense applications subsea
As a world leader in engineered polymer solutions, Trelleborg is able to seal, damp and protect critical applications in demanding environments. Our innovative solutions are designed to accelerate our customers’ performance in many different ways – from improving functionality to increasing productivity. Trelleborg is able to provide tailored solutions using proven materials and technologies to meet the defense needs and requirements. For more information please contact your Trelleborg representative.
Defense applications surface
As a world leader in engineered polymer solutions, Trelleborg is able to seal, damp and protect critical applications in demanding environments. Our innovative solutions are designed to accelerate our customers’ performance in many different ways – from improving functionality to increasing productivity. Trelleborg is able to provide tailored solutions using proven materials and technologies to meet the defense needs and requirements. For more information please contact your Trelleborg representative.
Vikodeck shield
Vikodeck Shield is made from Trelleborg’s Firestop rubber material, which is jet-fire resistant, withstanding extreme high temperatures and severe erosion.
Hollow shells defense
Trelleborg’s highly engineered hollow shells, reduce weight in composite or syntactic materials, without compromise. With our unique engineering ability, we pick up where traditional glass microspheres filler stops.
Engineered rubber solutions
BV206 belts product sheet
We have developed, manufactured and delivered rubber belts for Hägglunds BV206 belted wagons for a number of years, and have delivered our belts for the defense industry around the world, as well as to private BV206 owners.
End Of Line testing
End of line Testing brochure
Our End of Line Test (EOLT) System for the automotive industry provides the final check that gives you peace of mind that quality and production targets are being met. Building on over 20 years of success, our EOLT systems go beyond simple electric continuity checks.
Erosion & abrasion resistant materials
Erosion and abrasion protection material product sheet
For over 40 years Trelleborg has manufactured a range of Erosion Protection materials to protect propeller blades. The materials have been specified for many demanding OEM applications where resistance to extreme environmental conditions is a requirement, both in terms of surface protection and extended in-service life.
Flexible piping systems & hoses
Elastopipe™ product sheet
Elastopipe™ is the first corrosion-free, explosion, impact and jet fire resistant flexible piping system.
Hollow shells
Eccospheres
Eccospheres® are thin-walled, hollow glass microspheres (HGMS) developed to meet the demanding strength, weight and electrical specifications of our customers. Magnification reveals the near perfect spherical shape of HGMS, which to the naked eye, resemble a fine, white, free-flowing powder.
Hollow shells aerospace
Trelleborg’s highly engineered hollow shells, reduce weight in composite or syntactic materials, without compromise. With our unique engineering ability, we pick up where traditional glass microspheres filler stops.
Hollow shells defense
Trelleborg’s highly engineered hollow shells, reduce weight in composite or syntactic materials, without compromise. With our unique engineering ability, we pick up where traditional glass microspheres filler stops.
Hollow shells medical
Trelleborg’s highly engineered hollow shells, reduce weight in composite or syntactic materials, without compromise. With our unique engineering ability, we pick up where traditional glass microspheres filler stops.
Hollow shells power plant
Trelleborg’s highly engineered hollow shells, reduce weight in composite or syntactic materials, without compromise. With our unique engineering ability, we pick up where traditional glass microspheres filler stops.
Hollow shells subsea
Trelleborg’s highly engineered hollow shells, reduce weight in composite or syntactic materials, without compromise. With our unique engineering ability, we pick up where traditional glass microspheres filler stops.
Odin floatover
Odin DSU deck support unit product sheet
When a topside of an offshore oil and gas platform or a offshore wind structure has been constructed, it needs to be loaded onto a barge and be transported to the offshore installation site.
The application of an Odin DSU is to reduce the direct impact between the underneath of the topside and the heavy transport barge.
The application of an Odin DSU is to reduce the direct impact between the underneath of the topside and the heavy transport barge.
Odin LMU leg mating units product sheet
Floatover is a proven technology of installing a heavy topside of an offshore oil & gas platform or for a offshore wind structure out at sea. The process involves the heavy barge ferrying the topside to the installation site and the mating process begins; the barge maneuvers into position between the jacket legs and aligns the topside with the substructure before it ballasts, slowly connecting the topside onto the jacket substructure
Odin SSF sway & surge fenders product sheet
Odin SSFs (Sway and Surge Fender) are used to limit the motion of the barge within the confines of the jacket slot and reduce the transport barge’s impact loads on the jacket legs, especially as it moves forward or sideways during the mating operation.
Odin jacket
Odin DC diaphragm closure product sheet
During the offshore substructure installation phrase, jackets are designed to be either self upending or upended with the assistance of ballasting system or crane vessel. In order to ensure that the launched jacket can maintained the buoyancy and upend itself at the launch sequence, diaphragm closures are used to seal the jacket legs and skirt sleeves. It is an effective procedure that not only enable the jacket to float in the sea but also making it easy to manoeuvre the installation movement on site.
Odin GP grout packer product sheet
Once an offshore oil and gas jacket or HVDC jacket substructure is constructed, it will be transported to the offshore installation site where it will be upended and descended onto the seabed. In order to ensure that the jacket is securely fixed to the seabed, pile is driven through the jacket leg or the skirt sleeves.<br
The annulus between the pile and the jacket leg or skirt sleeves will be sealed by inflatable grout packers. </br
The annulus between the pile and the jacket leg or skirt sleeves will be sealed by inflatable grout packers. </br
Odin GS grout seal product sheet
Our Odin GS (Grout Seal) provides a reliable and robust sealing between the inner diameter of the jacket/skirt and the outer diameter of the pile. Our Odin GS can also be used as standalone. Our Odin GS can tolerate reverse movement and offset position in the pile. We can design and supply a total sub-structure leg can system solutions to your specification.
Odin SPG skirt pile gripper product sheet
Trelleborg offers a complete substructure leg can system solution from a single source, simplifying control and improving efficiency from purchase to delivery and reducing the risks associated with platform installation, through its Odin SPG, Odin GS (Grout Seal), Odin GP (Grout Packer) and Odin DC (Diaphragms Closure). You can now specify a total substructure leg can system from Trelleborg.
Our custom-made skirt pile gripper is available for a holding capacity of between 300MT and 3500MT.
Our custom-made skirt pile gripper is available for a holding capacity of between 300MT and 3500MT.
Passive fire protection
Dryfoam
Storing flammable liquids, particularly those with high vapour pressure, poses difficult challenges, keeping people and property safe from fire. DryFoam is a proven passive fire protection solution that prevents full surface fires by supressing up to 98% of vapours, ensuring fire prevention. DryFoam works continuously, remaining in place for up to 10 years and is virtually maintenance free.
FireNut
Trelleborg has developed a jet fire protection for bolted connections to extend service life in the event of a fire. The easy to install FireNut resists both jet fire and pool fire and is tailor made to accommodate almost any bolt size.
Firestop
Firestop is a passive fire protection material used to protect personnel and equipment by minimizing fire escalation by providing time to evacuate people, close down critical equipment and for responders to gain control of the fire. The certified rubber based material protects structures from exceeding critical temperature limits
Vikodeck®
Vikodeck® is made from Trelleborg’s Firestop™ rubber material which is fire resistant and withstands extreme high temperature and severe erosion.
Vikodeck shield
Vikodeck Shield is made from Trelleborg’s Firestop rubber material, which is jet-fire resistant, withstanding extreme high temperatures and severe erosion.
Radar mitigation
Frame® product sheet
Frame®, is the new radar absorbing material for the wind industry. Frame® has been designed to offer a full mitigation solution for tower, nacelle and blades.
Rail systems
Leniter acoustic barrier system product sheet
Trelleborg’s Leniter Acoustic Barrier System is a noise-reducing modular track-side barrier system, that can be installed along various lengths of a rail track, in both urban and countryside environments, quickly and easily with minimal ongoing maintenance required.
Leniter ballast mat product sheet
An under-ballast solution, Trelleborg’s Leniter Ballast Mat system is installed directly under the track ballast, providing enhanced vibration isolation and protection to the rail track components. The system extends the period of track availability between rail tamping scheduled maintenance, alongside delivering the environmental benefit of reduced disturbance, through a reduction in local noise pollutio
Pre coated rail system product sheet
Trelleborg's Pre-Coated Rail System provides resilient rail support and electrical insulation for rail lengths, using a factory coating process, offering a cost-effective solution that is particularly suited to rail renewal projects.
Vector embedded rail system product sheet
The Vector Embedded Rail System is based on high performance, one piece, molded, micro cellular foam polymer with no voids or cavities. The boot incorporates features to simplify jointing and installation as well as providing wheel overrun protection and skid resistance.
Screening media systems
Scandura brochure
Trelleborg Applied Technologies' Scandura screen mats are a light and flexible alternative to conventional steel wire mats. We offer a wide range of mat and aperture sizes to match your machine and grading requirements including flip flow screens and tensioned screen mats.
Scandura datasheet
Trelleborg Applied Technologies' Scandura screen mats are a light and flexible alternative to conventional steel wire mats. We offer a wide range of mat and aperture sizes to match your machine and grading requirements including flip flow screens and tensioned screen mats.
Screen printing
Unitex® Sprint
Unitex® Sprint provides premium screen-printing performance and quality at a competitive price.
Made from Diphenylmethane Diisocyanate (MDI) technology, Unitex® Sprint is designed to give high resistance to degradation by commonly used inks, solvents and monomers used in modern printing processes.
Unitex® Marathon
Unitex® Marathon provides premium screen printing performance and quality at a competitive price.
Made from high grade Diphenylmethane Diisocyanate (MDI) polyurethane, Unitex® Marathon is compatible with a wide range of graphic screen printing systems, designed to give superior resistance to degradation by commonly used inks, solvents and monomers used in modern printing processes.
Unitex® Exar
Unitex® Exar provides excellent screen printing performance for a wide range of applications.
Made from a high grade Diphenylmethane Diisocyanate (MDI) polyurethane Unitex® Exar is designed to provide exceptional abrasion resistance, ensuring consistent sharp image quality over long print runs. Independent tests showed a 69% improvement in abrasion loss against a standard MDI polyurethane, which translates to longer screen printing cycles. This will provide a significant cost and time savings as the blade does not need to be changed as often.
Unitex Ulon HP
Unitex® Ulon HP squeegee range provides optimum performance for the most demanding screen print applications. Manufactured from (Naphthalene Diisocyanate) (NDI) polyurethane technology, which provides a high of chemical and abrasion resistance, even when exposed to chemical systems. Unitex® Ulon HP is widely recognized as the best squeegee for use with solvent and UV based inks.
Unitex Range Brochure
Unitex® screen printing squeegee blades is an established brand within Trelleborg Applied Technologies product portfolio. It has earned a deserved reputation for providing industry leading performance and exceptional quality. As part of an ongoing development programme, Unitex® remains at the forefront in squeegee blade technology. The Unitex® squeegee blade range covers the full breadth of screen printing applications.
Unitex Independent Report
This article details the development of a controlled accelerated wear procedure for squeegees and accurate measurement of wear using a microscope and image analysis techniques. It then describes how squeegees were then used to print in both worn and unworn states using a conductive silver ink, with the resulting printed samples analysed to compare the effect of wear on line geometry (and, hence, ink consumption) and electrical resistance for printed silver lines. Six different squeegee materials were used and obtained from commercial sources
Thermal & acoustic insulation
Intek® MTI 1046 fibre hull board insulation product sheet
Intek® MTI-1046 fiber hull board insulation is an incombustible, lightweight, semi-rigid board insulation made from felted glass fibers in a nominal density of 2.9 pcf (46.5 kg/m3).
Intek PFI 1110 product sheet
Intek® PFI-1110 thermal and acoustic Foam Insulation is used in marine, commercial, industrial and defense markets as a lightweight, non-flammable, thermal and acoustic insulation. It can be cut into a variety of shapes and sizes, and speciality facings are available to meet performance and specification requirements.
Intek PFI 1120 product sheet
Intek® PFI-1120 High Temperature Foam Insulation is used in commercial, industrial and defense markets as a lightweight, non-flammable, thermal and acoustic insulation and is suitable for when high temperature resistance is required. It is formaldehyde-free and demonstrates excellent long-term stability under humid conditions and after temperature cycling. It can be cut into a variety of shapes and sizes, and speciality facings are available to meet performance and specification requirements.
Intek PFI 1130 product sheet
Intek® PFI-1130 Closed Cell Foam Insulation is used in the commercial and defense marine market as a lightweight, non-flammable, non-fibrous thermal hull insulation for submarines and other marine vessels. It can be cut into a variety of shapes and sizes, and specialty facings are available to meet performance and specification requirements.
Intel UMI 1075 glass wool hull board insulation product sheet
Intek®UMI-1075 Glass Wool Insulation is a lightweight, water repellent, glass wool hull board, for use as a thermal and acoustical insulation for marine applications. The product manufactured with a patented controlled fiber diameter and density to insure consistent thermal and acoustic performance. Maximum performance temperature for un-faced products are 232˚C (450˚F). Specialty facings available to meet your performance and specification requirements.
Thermoforming materials
Syntac 350
Syntac® 350 is the industry standard white syntactic foam made from high grade epoxy resin and hollow glass microspheres designed specifically for fabricating thermoforming plugs and other associated tooling.
Syntac 450
Syntac® 450 syntactic foam is the high temperature 450°F / 232 °C member of the Syntac® product family. A rigid, high strength composite of epoxy resin and hollow glass microspheres, Syntac® 450 maintains its hardness right up to the maximum running temperature and exhibits excellent abrasion resistance.
Syntac HTS TDS
Syntac® HTS (High Temperature Solutions) is a high-temperature thermoforming plug assist material. It maintains its hardness up to the maximum running temperature, offering a lightweight, durable and cost-effective alternative. Made from high grade epoxy resin and hollow glass microspheres, Syntac® HTS is ideal for your highheat, high strength tooling requirements, providing excellent material uniformity whilst maintaining product quality.
Syntac STS TDS
Syntac® STS (Strong Tough Solutions) is a tough, robust, high performing thermoforming plug assist material. Made from high grade novel crosslinked polymer and hollow glass microspheres, Syntac® STS is wear and abrasion resistant and dimensionally stable, providing high levels of repeatability whilst maintaining product quality, allowing for super- ine detailing with reduced breakage.
Syntac TMax
Syntac® TMax is a Teflon® impregnated, high performance syntactic foam. A rigid, high strength composite of epoxy resin and hollow glass microspheres. Syntac® TMax maintains its strength right up to the maximum running temperature and exhibits reduced plug build up while operating at these high temperatures.