The special adhesive:
Industry, shipbuilding, offshore, building and construction industry
For sticking mineral wool, -calcium silicate, and Vatral board insulation together with each other, on metal or with covering fabrics and tissues
Vatral® 200
a versatile silicate adhesive is. Mineral additions give a high resistance to heat to Vatral® 200. The adhesive is useable for temperatures up to 1250 °C also at repeating cooling’s.
Fire protection adhesive hardens both physical by water removal and by reaction with air carbonic acid.
do not tend to flow and form a top flat film already after approx. 4 minutes. (Recommended process time until 15 minutes when using tooth spatulas)
a one component ready for use adhesive is.
Your advantages
- Not combustible (euro class A1 according to DIN EN 13501-1)
- shipbuilding admittance in accordance with IMO FTPC part 1
- High resistance to heat
- Equipped hydrophobically.
Modern age silicone resin providing a reduced absorption of water. - No offensive smell
- Slight processing
- High adhesive strength
- Due to the fire examination of one’s own no restriction in the order quantity and thickness at composite units
Application examples
- Board insulations stick together from mineral wool on metallic sub-reasons
- Facing of mineral wool Board insulations with fleeces, covering fabrics or cloths
- Of mineral wool Board insulations stick together with each other without restriction of the application amount or thickness!
- Fixing of isolating mattresses, special for vibrating machines
- Glueing of mineral and ceramic fibre isolation material in the high temperature range
Processing
- Vatral® 200 is an adhesive ready for use. Mixing briefly before the processing.
- The adhesion should be carried out within 15 minutes. Longer process times must be tested in advance.
- Vatral® 200 hardens by drying and reaction with CO2 from the air. A sufficient contact to the surrounding air has to be ensured to the tempering and re-evaporation.
- The areas to be stuck together must be dry, dust and fat free. Sharpening lacquered or coated areas if necessary. The room temperature mustn’t be during the processing less than 10 °C.
- On a sandy underground we recommend painted a first with Vatral® L 200B/30.
- The tools must be immediately cleaned with water after use.
- The processing can be carried out either with conventional spatula, particularly toothed spatula, or with a squeegee or a roller system.
- For the industrial processing the viscosity can be adapted by Vatral® 200 at squeegee, rollers and spraying order systems.
Further notes
Suitable protective gloves and safety goggles carry. Pay attention to the details in the safety data sheet.
Irritancy at touch with the eyes and the skin. Washing up with water thoroughly at touch with the eyes or the skin.
Vatral® 1030
Fire Protection Adhesive
one is produced high-temperature resistant, one components adhesive from mineral/inorganic organic hybrid binders. Specific use of easy fillers increases the productiveness and improves the processing quality.
Vatral® 1030 was developed especially to stick mineral wool together with a mortar like adhesive order with each other or on mineral or metallic sub-reasons flatly. Closing or fulfilling gaps. Particularly in compensation on uneven areas as well as for the joint free processing (top surfaces adhesion).
Your advantages
Not combustible (euro class A1 according to DIN EN 13501-1)
shipbuilding admittance in accordance with IMO FTPC part 1
Slight processing
By the proof of the fire class A1 and the use as mortar according to DIN EN 998-2:2010 Vatral®1030 can be used as a material component in not homogeneous building materials considering the DIN EN 13501-1:2010-01
The closely set limits for not material components according to DIN EN 13501-1:2010-01 are dropped.
The applied layer thickness of Vatral® 1030 on insulations of the euro league A1 can be higher than 1cm without having influence on their classification.
Application examples
Adhesion of mineral insulating materials or fire protection boards. In particular it is used for a joint free installation or to compensate uneven areas. The adhesive strength of Vatral® 1030 got prepared for the use of heavy mineral wools.
Tensile test vertical to the surface layer according to DIN 53929
60 mm rock wool 160 kg/m³ on chipboard stuck.
With Vatral® 1030 stuck together and at room temperature dried, cut centrically.
Tensile tests with rock wool 160 kg/m3, show that the combine in the adhesion withstands higher attractions than the rock wool into himself.
Vatral® 1030 can be charged up to 1100 degrees Celsius, above 900 degrees Celsius melts a part of the fillers of the adhesive and forms a ceramic compound with the containing mineral components. The sticking effect keeps also above 900 degrees Celsius.
160 kg/m³ a heavy rock wool stuck together with Vatral® 1030 and dried at room temperature, burned in the annealing furnace at 1100 degrees Celsius then for 4 hours.
Processing
The adhesive is ready for use. Stirring up the adhesive before the processing.
The processing can be carried out with serrated spatulas.
The areas to be stuck together must be dry, dust and fat-free. The room temperature mustn’t be during the processing less than 5 degrees Celsius.
The tools must be immediately cleaned with water after use.
Further notes
Small proportions of the binder volatilize from temperature of 150 °C. Pay attention to the details in the safety data sheet.
Vatral® 125/150
Mortar and molded parts with fire and heat insulating properties for shipbuilding, building construction and industry
Mortar specially developed for leveling uneven substrates, filling cavities and for mold making.
Boards for light wall constructions, such as sectional doors with precisely fitting molded parts. Vatral® 125/150 board is used in constructional building. It can be used in walls, ceilings, cold room and furniture construction.
Pipe shells for thermal insulation at low temperatures, especially in combination with a diffusion-tight aluminum coating.
In combination of molded parts and mortar, even complicated constructions can be insulated without thermal bridges.
Technical data mortar, board & pipe shell
General Technical Data Sheet
Dry bulk density:
- approx. 125 kg/m³
Colour:
- Signal white
Brandverhalten:
- A1
- According to DIN EN 13501-1:2019-05
- Classification report KB-Hoch-210673-2
λ10,dry,mat:
- 0,042 W/mK
- According to ISO 8302, EN 12667
Application temperature:
- ≤ 180 °C
Compressive strength:
- ≥ 0,4 MPa
- According to DIN EN 1015-11:2020-01
Chloride content:
- ≤ 0,01 %
- According to DIN EN 1015-17:2005-01
Technical Data for Shipbuilding, state of 30.11.2021
- Behaviour in fire
- Non combustible
- According to IMO FTPC part 1
- Module B: EC-Type Examination Certificate, Certificate No. 107116-01, Module D: Certificate No. SEE20049
This we can do better
Vatral® 150/650
the intelligent technical insulation made of mortar and moldings
The most effective solution for stable insulation free of convection and thermal bridges and with increased protection against fire, mould and rust. Usable in industrial plants, vessels, offshore or building construction.
Reduce your operating costs
Use the advantages of Vatral® 150/650 for new energy-saving solutions with considerably reduced insulation thicknesses.
Not only the required area reduces because of lower insulation thicknesses, but also the energy balance improves by a lower thermal radiation due to smaller surfaces.
Simple in the handling, safe and homogeneous
Combinations of our Vatral® 150/650 products allow a thin and thermal-bridge-free insulation. Thus hot spots are no longer a threat as a main source of danger.
Vatral® 150/650 mortar resembles a modelling clay which can be easily distributed and adjusted to different forms. Due to the easy handling of Vatral® 150/650 mortar even complex constructions can be insulated easily, fast and free of thermal bridges. Particularly in combination with Vatral® plates, pipe shells and moldings.
Variable, smokeproof – preventing rust and mould
Filling hollow space, compensating faults or irregularities, preventing convection:
These are our strengths.
Differences, which make the difference
High flow resistance
= low convection
= low thicknesses
of insulation layer
= low heat loss
(by reduced surfaces at the same surfaces temperature)
Even at high temperatures there is almost no convection in Vatral® 150/650 due to the production of flow resistances of 6000 kPa·s/m2. Vatral® 150/650 mortar and moldings are therefore ideally suitable for insulations, where draughts cannot be excluded completely on or behind the insulation.
Another advantage of the high flow resistances is the reduction of the risk of fire of insulants polluted with oil or other combustible substances. By minimization of the oxygen supply and a homogeneous, hot-spot-free insulation a spontaneous combustion or glowing as a result of contamination inside the material is prevented from the beginning.
Vatral® 150/650 is therefore the better solution for combustible applications like thermal oil and gas pipes compared to other insulation materials with low flow resistances.
Smoke-proof
Vatral® 150/650 is stable in the case of fire and prevents the gas flue even without an additional cover.
High temperature resistance
With a maximum service temperature of 900 °C according to DIN EN 14706 the first insulation with ceramic insulation layers is not necessary for most application areas.
High compressive strengths
Lower insulation thicknesses already result from thermal-bridge-free insulation by renounciation of supporting constructions for perhaps necessary metal covers.
Low and slow oil absorption
The high share of the closed-cell micro hollow spheres in Vatral® 150/650 reduces the speed of penetration of oils as well as the maximum oil absorption. Even at fire influence from outside the pollutions penetrated into Vatral® 150/650 only slowly take part in the fire on the surface. Fire-fighting operation is thereby made easier and shortened fundamentally.
By the high share of the closed-cell micro hollow spheres penetration of dust is not possible. There is no effect received to the insulation also in the long run.
Safe against rust and moulds
Cavities, irregularities or faults are difficult to fill with conventional insulation material without a rest of faults. Heat bridges are the consequence. The energy loss is not the only negative consequence. Heat bridges can allow the intrusion of condensation water which leads to mould and humidification of the components. The relatively high moisture resistance factor of 10 μ of Vatral® 105/650 in comparison to other insulation material supports the prevention of water vapour convection in addition.
New products make new solutions possible
Fast and easy in the renovation
Damages to insulations can be fixed quickly and simply with Vatral® 150/650 mortar any time.
Moreover, surfaces can be concealed in addition with fleeces, fabrics or aluminium foils as soon as the mortar has dried.
A cladding with Vatral® 200-soaked glass fabrics produces additionally a high-shock-resistance insulation by keeping the high fire resistance.
We offer corresponding foils, glass fabrics and adhesives in our assortment.
Technical data
Vatral® 150/650 mortar, plate, pipe shell & pipe shell MPA
Simply the best solution
1. Thermal oil and high temperature pipelines
We are in research and development at home. At here a project of the DLR (German centre for aerospace in Stuttgart) together with our partner BTG Kiel.
2. Shipbuilding
Application of Vatral® 150/650 in the shipbuilding industry is diverse, particularly in areas, where space is limited for a sufficient insulation. Here the modernization of the exhaust gas pipe on Neuwerk with 4cm Vatral® 150/650
3. Power stations
By using Vatral® 150/650 for example in heat exchange pipes or other pipes with high temperatures the energy balance of the plants is improved. Vatral® 150/650 can also be applied by hand extensively, fast and easily.
4. Navy
Improved fire protection, low emissions plus insulation in a product convinces in the navy. Areas endangered particularly in fire like cold-storage areas (exchange of foam purely) kitchens, ammunition depot or also packing cases.
HSMC® – the specialist for technical insulating mortar
Vatral® stands for very light mortar with a variable fibre matrix, ceramic and nano-based inorganic hybrid binders, different mineral closed-cell micro hollow spheres as well as functional additives.
Vatral® mortar resembling a kneading or modelling Clay which can easily distributed and adjusted to different forms.
Vatral® Defence A1
Mortar
Vatral® Defence A1 – the fastest solution for the closure of remaining gaps
Vatral® Defence A1 is a ready to use, pasty mortar.
It is self-hardening and easy to process by hand. The specific properties – the smoothness and the extra low tare weight – make the mortar the ideal solution for a mineral closure of remaining gaps of cable feedthrough. Even bore holes can easily be filled planar on the component surface.
For the isolation according to German LAR and the closure of remaining gaps of many approved systems Vatral® Defence A1 is the fastest and most effective
solution.
Especially small remaining gaps induced by core bores can be filled easily and reliably even under space limitation.
By the professional closure of gaps a persistent and efficient fire protection can be guaranteed.
Your advantages of Vatral® Defence A1:
-
- ready to use without stirring
- easy to process by hand
- ideal for closing remaining gaps according to German MLAR – especially under space limitation
- processible without casing – also in ceilings
- melting point ≥ 1000 °C
- λ10,dry,mat = 0,050 W/mK
- application direct on pipes in walls/ceilings German MLAR 4.2 and 4.3
Vatral®Diaphan
Ready-to-use transparent dispersion adhesive for object wall claddings
Product Description
Vatral® Diaphan is an organic/inorganic, water-based, solvent-free composite dispersion with high initial adhesion and bonding strength. Vatral® Diaphan is suitable for moist areas.
Vatral® Diaphan is based on modern hybrid binders. Due to the consistent reduction of the organic content in the binder, Vatral® Diaphan is particularly suitable where the fire load is to be kept low or where requirements are placed on the behavior in fire.
Scope of application
Vatral® Diaphan is suitable for the bonding of:
- Wall coverings with fleece backing or fabric backing
- Textiles wall coverings
- Aluminum foil
- PVC films with fabric backing
- Glass fabric processing
Surface Preparation
The substrate must be dry, load-bearing, uniformly absorbent, clean and smooth. Further useful information can be found in the applicable technical regulations for wallpapering (e.g. BFS Merkblatt No. 16). For substrate pretreatment, we recommend Vatral® L 200B/30. Water-soluble or non-bearing coatings must be removed.
Handling
Vatral®Diaphan is ready for use. Stir the bucket containers thoroughly before use. The adhesive can be applied over a wide area or selectively with a brush. Vatral® Diaphan tends to flow.
For dimensionally stable wall coverings, Vatral® Diaphan can be applied to the substrate either with a roller or with an airless device (piston pump). Particular care must be taken to ensure sufficient adhesive application when using an airless device.
Vatral® Diaphan is processed undiluted if possible.
Subsequent coatings may only be applied after sufficient drying (approx. 12 hours depending on temperature and ambient conditions).
Sufficient contact with the ambient air must be ensured for the adhesive to cure.
In the case of diffusion-tight wall coverings (e.g. aluminum foils or metallized plastic foils), ensure that the substrate has sufficient absorbency (diffusion openness).
Application Quantity
The application quantity depends on the condition of the substrate. The maximum application quantity is 500 g/m² when used according to IMO FTPC Part 5.
Cleaning
Vatral® Diaphan dries transparently. To avoid optical and coating problems, the front side of wash-resistant wall coverings can be washed or dabbed immediately, carefully with a sponge and clear water.
Clean tools immediately with water after use.
Curing times
The strength of the adhesive is reached after drying. For film formation, a minimum temperature of 10 °C must be maintained during the drying process. Curing times depend on the application quantity and the substrate condition.
Durability of the Bonding:
Resistant to all normal influences and stresses indoors.
Flammability:
Flame retardant adhesive, adhesive for seagoing vessels according to SOLAS 74/88.
Module B: EG type examination certificate Approval No.: 118509-00
Storage and Transport
Vatral® Diaphan should be stored frost-free between 5 – 30 °C. Seal opened containers tightly. Unopened containers have a shelf life of at least 12 months if stored appropriately. The storage and transport temperature must not be below 5 °C.
Delivery Form
Bucket:
– 1,0 kg
– 2,8 kg
– 10,0 kg
Risk Assessment according
Risk Assessment according to the Requirements of Directive 2014/90/EU, Annex II, Part I.3
All reasonably foreseeable risks are covered by the applicable standards.
Additional Notes
Weak irritant effect in case of contact with eyes and skin. In case of contact with eyes or skin, rinse thoroughly with water. Wear suitable protective gloves and goggles. The information in the safety data sheet must be observed.
Vatral® SP System
Fire Protection System for Sprinkler and Fire Extinguishing Systems
Environmentally Friendly Fire Protection by Evaporation of Bound Water
The Vatral® SP system is the system for cladding dry and wet sprinkler pipelines, including their penetrations through solid structural elements. It differs from existing types of construction in terms of design as well as materials, installation and functioning. The Vatral® SP system is based on the non-combustible Vatral® SPM mortar and its development was oriented to plaster claddings made of mortars with vermiculite and perlite according to DIN 1993-1 2/NA:2010-12. Despite a reduction in the bulk density, the moisture plateau, which is decisive for fire resistance, was significantly extended.
The Vatral®SP system is a system for cladding of dry and wet sprinkler pipes including their feedthroughs through solid construction elements. It is different from existing types of construction in terms of design as well as materials, installation and mode of operation. The Vatral®SP system is based on the noncombustible mortar Vatral®SPM and its development was based on plaster claddings made of mortars with vermiculite and perlite according to DIN 1993-1-2/NA:2010-12.
We are addressing the issue of fire protection with new innovative products and constructive solutions. Vatral mortars and their moldings can be used to create load-bearing fire protection systems free of thermal bridges.
All components of the system are tested as a whole and comply with fire class A1L/A1 according to DIN EN 13501-1:2019-05. Pipe shells, bends and mortar are made of the same material, which provides the entire system with homogeneous fire protection free of thermal bridges.
Functioning of the Vatral®SP System
The Vatral®SP system contains up to 18 % water bound in minerals. This water content is not unusual, but the minerals used in the Vatral®SP system release this water at an early stage and can thus ensure a temperature below 100 °C for a long period during fire exposure. The high water vapor diffusion resistance of the dried Vatral®SPM further supports this function, as does the scrim reinforced aluminum composite foil (Sd >1500) laminated with Vatral®210. This prevents rapid escape of the water vapor and initially leads to condensation of the water vapor within the system. The cooling function of the bound water in the insulation is thus extended over time. By keeping the temperature in the range of 100 °C, EPDM seals in pipe connectors are also effectively protected against failure.
Components of the VATRAL® SP System
Vatral® SPM MORTAR
Vatral®SPM is a high-temperature resistant mortar with fire-retardant properties for direct use as mortar or for the industrial production of molded parts such as slabs, pipe shells, bends, segments, etc. Vatral®SPM mortar develops its cooling function for passive fire protection already below 100 °C . Thus, the protection also works for seals, plastic pipes, etc. much longer than in conventional systems.
Vatral® SPS PIPE
Vatral®SPS pipe shells are industrially manufactured pipe shells/segments made of Vatral®SPM mortar laminated with special high temperature resistant scrim reinforced aluminum composite foil. Vatral®SPS pipe shell develops its cooling function for passive fire protection already below 100 °C. Thus, the protection also works for seals, plastic pipes, etc. much longer than in conventional systems.
Application Information
Vatral®SPS pipe shells are mounted directly on the pipe surface. At the butt joints, the moldings are bonded with Vatral®200 fire protection adhesive and covered with certoplast 727 SR Alu aluminum adhesive tape up to a maximum of 30% of the total surface. Joints to the wall and ceiling as well as “voids” are completely filled with Vatral®SPM mortar and then laminated with Vatral®210 system adhesive and with Walki®Wool Alnet G FF 30 aluminum foil. As a result, the Vatral®SP system has a continuously stable, washable surface and combines high fire protection quality with visual appeal. For additional protection, the Vatral®SPS pipe shells and Vatral®SPB pipe bends are wrapped with a galvanized winding wire (d = 0.6 – 0.65 mm) with 6 windings per meter.
Fire tests on fire extinguishing pipes tested at the MPA Dresden
Even after 120 minutes of fire exposure, cladding free of thermal bridges is maintained over the entire course of the pipe.
0.0 % shrinkage occurs at 1000 °C based on DIN 4102-17:2017-12
Straight pipe sections
Straight pipe sections are clad with Vatral®SPS pipe shells. The hinged shells are cut to length (if necessary) and bonded at the longitudinal and joints with Vatral®200 fire protection adhesive. The overlapping lamination of aluminum composite foil is glued with the assistance of the integrated double-sided adhesive tape and the joints with certoplast 727 SR Alu aluminum adhesive tape up to a maximum of 30 % of the total surface area.
Cladding of tightly laid pipelines
Cladding of tightly laid pipelines may cross each other or be laid parallel to each other, which means that complete cladding of each pipeline as an individual cladding is not possible. The Vatral® SPS pipe shells can be reduced on one side to form the cladding. Missing areas must be filled with Vatral® SPM mortar over the entire depth. As a result the specified insulation thickness must be ensured at each pipe.
If cable systems are attached to different components (walls and ceilings), opposing component movements can occur in the event of a fire. This can have a negative effect on the cladding. Concrete ceiling constructions and spans must be evaluated on a case-by-case basis. In the test setup, the construction with the ceiling-wall fastening has been safely demonstrated. Nevertheless, fastening on the same component is preferable. The mortar seal between the pipe shells must be sealed after drying with Vatral®210 system adhesive and the aluminum foil WALKI®Wool Alnet G FF 30. For this purpose, the foil is fully bonded with the entire surface of the film to be laminated with Vatral®210 system adhesive. This is necessary to achieve the same fire protection.
Pipe supports
VdS-approved wall brackets with pipe hangers can be used as pipe supports. The pipe is clad on both sides of the wall angle with Vatral®SPS pipe shells. The joint in the area of the support is completely filled with Vatral®SPM mortar. After drying, the filled area is laminated with Vatral®210 system adhesive and WALKI®Wool Alnet G FF 30 aluminum foil.
Pipe suspensions
Vatral® SPS pipe shells for cladding threaded rods are installed in the same way as shells for straight pipelines. The Vatral®SPS pipe shell is placed on the threaded socket of the clamp. The gap to the ceiling should not exceed 5 cm. The Vatral® SPS pipe shells of the pipeline are guided laterally up to the threaded rod cover. The resulting free spaces between Vatral® SPS pipe shell and ceiling as well as between the Vatral® SPS pipe shells are then filled with Vatral® SPM mortar. After drying, the filled areas are coated with Vatral® 210 system adhesive and WALKI® Wool Alnet G FF 30 aluminum foil.
Pipe bends
For some pipe bends, precisely fitting Vatral® SPB pipe bends can be used. These cover the bend area between the pipe connectors. The area of the joint is additionally covered with a 5 cm Vatral® SPS pipe shell for additional covering with an insulation thickness of 3 cm.
Pipe bends
Vatral® SPS outer shells are used for the cladding of other pipe bends. These are mitered and installed overlapping the bend area by 5 cm.
The area of the couplings and the bend is filled with Vatral® SPM mortar beforehand. The position of the screw connections therefore does not need to be taken into account.
Other shaped bodies
Molded bodies that cannot be clad with Vatral® SPS pipe shells are clad with Vatral® SPM mortar along the profile. The material thickness of the Vatral® SPS pipe shell must be adapted. After drying, the filled areas are laminated with aluminum composite foil, which is bonded with Vatral® 210 system adhesive. Couplers included in the construction must be covered with an additional Vatral® SPS overshell as previously described.
Feedthroughs through components
The feedthrough of steel, stainless steel and plastic pipes with a cladding of Vatral® SPS pipe shells were tested at the MPA Dresden on a room-enclosing component in solid construction. The test was carried out in accordance with DIN EN 1366-3:2009-07. 14 pipe penetration seals and an empty bulkhead made of Vatral® SPM mortar were tested. The test was carried out with a one-sided flame impingement (time „t„ ≥ 120 min) according to the standard temperature-time curve (ETK) in accordance with DIN EN 1363-1:2020-05 for the verification of the fire resistance (test report MPA Dresden No. 20210555).
The plastic pipes were routed through a bulkhead made of Vatral® SPM with a lining of Vatral® SPS pipe shells. All other pipes were routed through the wall with and without cladding made of Vatral® SPM mortar (CI and CS). All pipes were closed on the fire side with Vatral® SPM mortar (C/U). Residual gaps were filled with Vatral® SPM mortar.