Phenolic resins - Import export

We offer phenolic resin In guaranteed quality, at stable prices and packed appropriately for transportation. Do you need advice on choosing your product or are you looking for a suitable substitution? Our application and product experts are happy to help! Our experience and deep knowledge in the area of specialty chemicals and ingredients ensures that we are well positioned to effectively support both our customers and our suppliers with product and application expertise. Please contact us for more information!

158B Roving is specifically designed for use in filament winding applications using epoxy resin, where high strength is required. 158B is suitable to reinforce phenolic resins. Fast wetout properties and high burst strength maximize customers’ processing and minimize costs.EXCELLENT PROCESSING Smooth runout combined with low fuzz properties, result in smoother parts and less downtime for cleanup, enabling higher efficiencies and lower manufacturing costs. FAST WETOUT Allows the processor to optimize part production speed resulting in increased productivity and reduced costs. HIGH BURST STRENGTH Excellent glass/resin bonding, which provides high burst strength in pipe or vessels. CORROSION RESISTANT Excellent corrosion resistance with Advantex® Glass compared to standard Eglass providing longer service life in applications facing corrosion.

Worth Noting points of our US principals' fast-spreading Strongwell FRP Gratings: 1. FRP Grating with USCG Certificate in full compliance with ASTM F3059. 2. In accordance with OCIMF 2020, Strongwell FRP Grating is the only material that meets the requirements for electrical conductivity and cryogenic temperatures.

The productivity of Chloroprene rubber is due to the high bond strength obtained through mercaptan modification and chloroprene monomer through emulsion polymerization. The notable uses of chloroprene rubber in making adhesives is through the preparation of resin solution and the preparation of adhesives. The preparation of resin solutions involves the use of mixed solvents, phenolic resin, distilled water, and active magnesium oxide for a chelate reaction at normal room temperature. The resin solution in the output could be stocked up for future uses.

LC 205 EPP24N (/T, /PP) is a rubber clad phenolic resin paper laminate (also with a PTFE or polypropylene coating). The denomination ‘LC’ indicates an extremely low chlorine-content.

"LC 141 EPP24N (/T, /PP) is a rubber-clad phenolic resin paperlaminate (also with a PTFE of polypropylene coating). The denomination ‘LC’ indicates an extremly low Cl-content. "

AIRLAM is made out of two layers of phenolic resin prepregs and is used as a stabilizing base layer through all of our flooring products. AIRLAM products fulfill the AIRBUS Specification 2520M1M013101 and DON 608-05, Issue 10/94.

Prepreg with a modified phenolic resin system specially developed for processing in presses (crushed core) where short processing cycles can only be achieved through higher cure temperatures with lay-ups and de-moulding in presses that are still hot (hot in / hot out).

Heat-resistant wheels and castors are used in a variety of areas, from the food industry to medical engineering and other industrial applications. Requirements for these wheels and castors are equally diverse: in addition to withstanding high temperatures, they also need to meet hygiene requirements, resist corrosion and support heavy loads. Blickle has eight different wheel series in its standard range to cover these applications. These include series with specialised, highly heat resistant solid rubber and a pressed steel or synthetic rim. Wheel series made of nylon, phenolic resin and cast iron round out the range of heat-resistant wheel series. Temperature resistance ranges from -200°C up to +600°C, depending on the wheel series.

Catonium ETPAAC (Ethyltriphenylphosphonium Acetate) is a colourless to slightly yelow liquid, its chemical formula is C22H23O2P. ETPAAC is a quaternary phosphonium salt available in 70% by weight solution in methanol. One mole of acetic acid is bound to each mole of ETPAAC. The material is mainly used for the advancement and curing of phenolic based epoxy resins and as a phase transfer catalyst. Ethyltriphnylphosphonium Acetate also known as ETPAAC, ETPAACc and TEPA. Compared to amines, imidazoles and quaternary ammonium salts CatOnium ETPAAC features considerable better latency and thermal stability. Further it offers a low odor, minimal color formation and controlled reactivity. It decreases or eliminates side reactions and creates longer, straighter chain epoxy molecules which have a sharp molecular weight distribution. Shipment Info Europe and United States Provided CatOnium ETPAAC is on stock in our local warehouses our lead time is about one week if delivered

Catonium ETPI (Ethyltriphenylphosphonium Iodide) is a white to offwhite crystalline powder, its chemical formula is C20H20P. ETPI is a quaternary phosphonium salt mainly used for the advancement and / or curing of phenolic based epoxy resins and thermosetting powder coatings. It can also be used in organic synthesis as a wittig reagent and as a phase transfer catalyst in the production of fluoroelastomers . This material is highly soluble in water and polarizable solvents. Ethyltriphnylphosphonium Iodide is also known as ETPI, ETPPI and TPEPI. Compared to amines, imidazoles and quaternary ammonium salts CatOnium ETPI features considerable better latency and thermal stability. Further it offers a low odor, minimal color formation and controlled reactivity. It decreases or eliminates side reactions and creates longer, straighter chain epoxy molecules which have a sharp molecular weight distribution. Availability Europe and United States Provided CatOnium ETPI is on stock in our local

Our smooth grey melamine faced Birch Plywood is actually a Phenolic film (coloured paper infused with a Phenol resin) faced board rather than a Melamine film (coloured paper infused with a Melamine resin) faced board. Phenolic faced Birch Plywood is far more durable and provides a greater scratch resistance, and chemical resistance, when compared to Melamine faced board. This Grey Phenol faced Birch Plywood cut to size is ideal for a number of hardwearing, decorative uses, including, but not limited to… Grey Birch Plywood edge kitchen doors. Bespoke grey Birch Plywood Kitchen cabinets. Bespoke garage cabinets and doors. Bespoke workshop cabinets and doors. Automotive industry fitouts. Commercial interior fit outs. Offices kitchens and breakout areas. Education furniture. Shopfitting. Decorative, Plywood edge shelving.

Available in sheets of the following formats: - 2200x1220mm or 2440x1220 from 0.5 to 3mm thick - 3050x1300 from 4 to 20 mm thick - 2050x1050 or 2200x1220 from 30mm to 50mm thick All types: Bakelized paper laminate - available in different colors, Class E (120 ° C), mainly used in the electromechanical sector. Wrapped tubes are also available to order HV bakelized paper High voltage - it is a laminate suitable to meet the technical requirements of F.S., Navy, Air Force and electrical transformer specifications thanks to its inalterability in hot oil High Frequency AF bakelized paper - it can be sheared based on alpha cellulose paper and phenolic resin; it has high dielectric characteristics even in a humid environment and is particularly suitable for the audio visual and telephony sector

ME1510 represents a compelling solution for structural applications requiring high mechanical properties. This multiend roving product increases physical properties – enabling vehicle light weighting, increased fuel efficiency and lower CO2 emissions. EXCELLENT PROCESSABILITY Due to excellent wettability in epoxy and phenolic matrices, very high glass content is achievable, enabling excellent processability while compounding. OUTSTANDING MECHANICAL PROPERTIES Superior strength and flexural modulus enable light weighting in vehicles to increase fuel efficiency, lower CO2 emissions and increase range in electric vehicles. ENHANCED SERVICE LIFE Advantex® glass helps fight corrosion, enhancing service life compared to standard Eglass. FIRE RESISTANT Compatible with phenolic resins used in fire resistance applications such as electric vehicles.

Manufactured from the highest quality hardwoods and softwoods. It consists of multiple veneer layers, in which the fibers are arranged perpendicularly. It is glued with phenolic resin glue. Resistant to harsh weather conditions and water.

The outer layer, 1.5 mm thick, is made of birch or pine veneer. Joinery board is available in two types of bonding: dry-resistant with a urea-formaldehyde resin-based bond for use in dry conditions, and water-resistant with a phenol-formaldehyde resin-based bond for use in wet conditions. The blockboard is lightweight and easy to work with, resistant to deformation.

We present Certified moisture-resistant FSF plywood, which is made from natural wood veneer. Phenol-formaldehyde resin glue is used for gluing, which allows achieving high environmental parameters. The material is safe for health when used in any temperature conditions: even in the case of strong heating, it does not emit toxic substance

We present Certified moisture-resistant FSF plywood, which is made from natural wood veneer. Phenol-formaldehyde resin glue is used for gluing, which allows achieving high environmental parameters. The material is safe for health when used in any temperature conditions: even in the case of strong heating, it does not emit toxic substances.

We present Certified moisture-resistant FSF plywood, which is made from natural wood veneer. Phenol-formaldehyde resin glue is used for gluing, which allows achieving high environmental parameters. The material is safe for health when used in any temperature conditions: even in the case of strong heating, it does not emit toxic substances.Advantages: Versatility of use High strength and wear resistance Easy to process High level moisture resistance

Grid phenolic resin depression table, depression by claws pump and buffer tank. Subject to the machine configuration / chosen options. Online sales on Meca-line site here

Aqua Release 470 is a water-based, semi-permanent release agent and mold sealer in the field of thermoset processing, but especially for molds with highly porous surfaces. It can be used for castable or spreadable polyester-, epoxy-, phenolic and DCPD- resins. The operating temperature range of Aqua Release 470 is between room-temperature and +150°C.

Riga HPL Birch plywood ( Riga Ply) overlaid with HPL (High Pressure Laminate) on one or both faces. On the reverse face balance paper can be applied. Overlay HPL is a decorative high-pressure laminate. HPL is made of layers of Kraft paper impregnated with phenol resins (the core) and decorative melamine impregnated paper (the surface layer), manufactured under high pressure and temperature. Colors at customer’s request. Application Furniture industry: kitchen and laboratory furniture components and worktops; furniture for shops. Transport industry and construction: finishing works of walls and ceiling, surfaces where high wear resistance and appearance are required. Sizes 1220 mm x 2400 / 3050 mm 1250 mm x 2500 / 3000 mm Cut-to-size panels, machining and processing up to ready furniture components in accordance with the customers’ requirements. Thicknesses Plywood ( Riga Ply) nominal thickness is 6.5, 9, 12, 15, 18, 21, 24, 27 mm. To Riga Ply thickness the following should be added: 2 x 0,6 mm (HPL thickness), if HPL is applied on both faces 0.6 + 0.15 mm (balance paper thickness), if HPL is applied only on one face

Riga Form Birch plywood ( Riga Ply) bonded with waterproof phenol resin adhesive and overlaid on both the faces with a phenol film or with UV resistant film (grade F/F). Film colour Dark brown (120, 130 (wear resistant), 167 and 220 g/m 2) Light brown (120 g/m 2) Yellow non - transparent (167 g/m 2) Green (120 g/m 2) Black (120 g/m 2) Red (220 g/m 2) Honey (120 g/m 2) Opal white (UV resistant, 174 g/m 2) Grey (UV resistant, 174 g/m 2) Titanium Grey (amino film, 220 g/m 2) Blue (UV resistant, 200 g/m 2) Our specialists will advise the most appropriate overlay depending on end use and film availability. Advantages Environmentally friendly, durable, easily workable, hygienic, odour free, easy-to-clean, wear-resistant, weather- and water-proof, resists commonly used chemicals. Riga Form for shuttering can be re-used many times. Application Shuttering (dark brown, red films), transport industry, building and construction, flooring, inter-wall structures in farms, advertisement and information panels. Sizes 1220 mm x 2440 / 3050 mm 1250 mm x 2500 / 3000 mm 1500 mm x 2500 / 3000 mm 1525 mm x 3050 / 3660 mm 2150 mm x 3050 / 3340 / 3850 mm Cut-to-size panels and machined panels available in accordance with the customers' requirements. Thicknesses 4, 6.5, 9, 12, 15, 18, 21, 24, 27, 30, 35, 40, 45, 50 mm.

Riga Dot Product Birch plywood (Riga Ply) overlaid with a phenol, UV resistant or melamine film on both faces. The wear face has a special surface pattern (WT). Pattern gives dot effect. The reverse face usually is smooth (F). Film color Phenol films: Dark brown 120 and 220g/m2, Black 120g/m2 , Light Brown 120g/m2, yellow 167g/m2. UV resistant films: Dark grey 220g/m2, Light grey 220g/m2, White melamine 200g/m2, Opal white 174g/m2. Under transparent films BB grade veneer can be applied. Applications Transport industry: finishing of walls and ceilings; industrial furniture: components, shelving system and table tops; shop fitting; exhibition stands; booths, advertisment and information boards. Advantages Environmentally friendly, durable, easily workable, hygienic, odour free, easy-to-clean, wear resistant, weather- and water-proof, resists commonly used chemicals. Further processing Plywood can be machined with wood working tools: cutting, drilling, milling, jointing in length, tongue and groove (T&G), half laps, profiled edges etc. Overlaying A matt phenol, UV resistant or melamine film, which is hot-pressed onto the surface, is used as an overlay. The phenol film is composed of a basic paper which is impregnated with phenol resin. The UV resistant film is impregnated with a special thermosetting mixture of polymers containing amino resins. The melamine film is a modified resin based film with improved crack resistance for the decorative lamination of plywood. Overlaying with higher resistance to abrasion and multi-layer overlaying is also possible (respectively 240g/m2; 440g/m2, etc.). Multi-layer overlaying gives superior wear resistance. Sizes 1220 mm x 2440 / 3050mm 1250 mm x 2500 / 2750 / 3000mm 1500 mm x 2500 / 3000mm 1525 mm x 2750 / 3050mm 3150mm upon special request Cut-to-size panels and machined panels available in accordance with the customers' requirements. Thickness 6.5, 9, 12, 15, 18, 21, 24, 27, 30, 35

Riga Frost Product Birch plywood (Riga Ply) overlaid with a phenol, UV resistant or melamine film on both faces. The wear face has a special surface pattern (WT). Pattern gives mat surface effect. The reverse face usually is smooth (F). Film color Phenol films: Dark brown 120 and 220g/m2, Black 120g/m2 , Light Brown 120g/m2, yellow 167g/m2. UV resistant films: Dark grey 220g/m2, Light grey 220g/m2, White melamine 200g/m2, Opal white 174g/m2. Under transparent films BB grade veneer can be applied. Applications Transport industry: finishing of walls and ceilings; industrial furniture: components, shelving system and table tops; shop fitting; exhibition stands; booths, advertisment and information boards; children playgrounds; interior walls. Advantages Environmentally friendly, durable, easily workable, hygienic, odour free, easy-to-clean, wear resistant, weather- and water-proof, resists commonly used chemicals. Further processing Plywood can be machined with wood working tools: cutting, drilling, milling, jointing in length, tongue and groove (T&G), half laps, profiled edges etc. Overlaying A matt phenol, UV resistant or melamine film, which is hot-pressed onto the surface, is used as an overlay. The phenol film is composed of a basic paper which is impregnated with phenol resin. The UV resistant film is impregnated with a special thermosetting mixture of polymers containing amino resins. The melamine film is a modified resin based film with improved crack resistance for the decorative lamination of plywood. Overlaying with higher resistance to abrasion and multi-layer overlaying is also possible (respectively 240g/m2; 440g/m2, etc.). Multi-layer overlaying gives superior wear resistance. Sizes 1220 mm x 2440 / 3050mm 1250 mm x 2500 / 2750 / 3000mm 1500 mm x 2500 / 3000mm 1525 mm x 2750 / 3050mm 3150mm upon special request Cut-to-size panels and machined panels available in accordance with the customers' requirements. Thickness 6.5, 9, 12, 15, 18, 21, 24, 27, 30, 35

Riga Smooth Mesh Birch plywood ( Riga Ply) overlaid with a phenol film or with an UV resistant film on both faces. The wear face has a smooth wire mesh pattern (WH); the reverse normally is smooth, although it can have wire mesh pattern, too. Riga Smooth Mesh wire mesh overlay is decorative and resists hard wear. Film colour Dark brown (120, 130 (wear resistant), 167 and 220 g/m 2) Light brown (120 g/m 2) Yellow non - transparent (167 g/m 2) Green (120 g/m 2) Black (120 g/m 2) Red (220 g/m 2) Grey (UV resistant, 174 g/m 2) Titanium Grey (amino film, 220 g/m 2) Blue (UV resistant, 200 g/m 2) Our specialists will advise the most appropriate overlay depending on end use and film availability. Advantages The smooth wire mesh surface has high resistance to wear, it is decorative, weather- and water-proof, and resists to commonly used chemicals, easy-to-clean. In addition, the product is environmentally friendly. Applications For walls and applications where high wear resistance and/or decorativeness is required. Overlaying A smooth phenol or UV resistant film, which is hot-pressed onto the surface, is used as an overlay. The phenol film is composed of a basic paper which is impregnated with phenol resin. The UV resistant film is impregnated with special thermosetting mixture of polymers containing amino resins. Riga Smooth Mesh have smooth wire mesh pattern imprinted in hot pressing process. On special request, panels can be overlaid with multi layer phenol film thus giving superior wear resistance of overlay. The overlaying film can be the same on both faces or it can differ. Wire mesh pattern can be of two kinds: Large Mesh - 2.5 mesh per 1cm Small Mesh - 4.5 mesh per 1cm Sizes 1220 mm x 2440 / 3050 mm (thickness: 6.5 - 45 mm) 1250 mm x 2500 / 3000 mm (thickness: 6.5 - 45 mm) 1500 mm x 2500 / 3000 mm 1525 mm x 3050 / 3660 mm 2150 mm x 3050 / 3340 / 3850 mm Cut-to-size panels and machined panels available in accordance with the customers’ requirements. Thicknesses 6.5, 9, 12, 15, 18, 21, 24, 27, 30, 35, 40, 45, 50 mm.

Riga Tex Birch plywood ( Riga Ply) overlaid with a phenol film or with UV resistant film on both the faces. The wear face has a rough wire mesh pattern (W); the reverse normally is smooth (F), although it can have wire mesh pattern, too (grade W/W). Riga Tex rough wire mesh overlay withstands hard wear and it can be used for many different floor-panelling purposes. Film colour Dark brown (120, 130 (wear resistant), 167 and 220 g/m 2) Light brown (120 g/m 2) Yellow non - transparent (167 g/m 2) Green (120 g/m 2) Black (120 g/m 2) Red (220 g/m 2) Grey (UV resistant, 174 g/m 2) Titanium Grey (amino film, 220 g/m 2) Our specialists will advise the most appropriate overlay depending on end use and film availability. Advantages The wire mesh surface has high wear resistance and anti-slip properties, surface is weather- and water-proof, resists to commonly used chemicals. In addition, the product is environmentally friendly. Applications Vehicle floors, pedestrian bridges, storage and factory floors, storage shelves, loading platforms, ship decks, pier surfaces. In general - applications where high wear resistance and/or good anti-slip properties are required. Overlaying A smooth phenol or UV resistant film, which is hot-pressed onto the surface, is used as an overlay. The phenol film is composed of a basic paper which is impregnated with phenol resin. The UV resistant film is impregnated with special thermosetting mixture of polymers containing amino resins. On special request, panels can be overlaid with wear resistant phenol film or/and multi-layer phenol film and both the faces can have a wire mesh pattern. Wire mesh pattern alternatives: Large Mesh (grade WL) - 2.5 mesh per 1cm Small Mesh (grade W) - 4.5 mesh per 1cm Sizes 1220 mm x 2440 / 3050 mm (thickness: 6.5 - 45 mm) 1250 mm x 2500 / 3000 mm (thickness: 6.5 - 45 mm) 1500 mm x 2500 / 3000 mm 1525 mm x 3050 / 3660 mm 2150 mm x 3050 / 3340 / 3850 mm Cut-to-size panels and machined panels available in accordance with the customers’ requirements. Thicknesses 6.5, 9, 12, 15, 18, 21, 24, 27, 30, 35, 40 mm.

Bakelite is a material made from pure cellulose paper and phenolic resins. It has high mechanical characteristics and discrete dielectric characteristics. Bakelite is a rigid thermosetting plastic that is highly heat resistant. Easily workable by machine tools, can be sheared up to a thickness of mm. 1.5 after heating to 100-110 ° C. Processing materials,sheet,mainly used in TCT, insulation compoents in ITE fixture, testing fixture, silicome rubber key mould,jigs, mould splint,table-board grinding pad Charactors: With superior antistatic property, mechanical property, excellent acid resistance,dielectrical property.

Resins and resin-impregnated reinforcements for high strength, toughness and structural performance at low weight. Hexcel provides a range of prepregs under the HexPly® trademark for aerospace and industrial applications, using specially formulated epoxy, phenolic and BMI resin matrix systems. HexPly® prepregs are reinforced with woven, multiaxial and unidirectional (UD) carbon and glass fibers. The aerospace industry is the greatest consumer of Hexcel prepregs, for civil aircraft, military jets, helicopters, aero-engines or space satellite and launchers. Hexcel’s range of resin formulations for aerospace prepregs includes a wide range of epoxies for highly loaded parts and supreme toughness; BMI systems for high temperature performance; phenolics for fire, smoke and toxicity performance in aircraft interiors; and cyanate esters for space structures and satellite applications. ** Click for more **