Filter our product range by category, sector and technical properties.
56 products
The lightest styling board in the range at 0.08 g/cm³. Large-format, homogeneous foam for design studies, CAM program proving and as a substructure behind modeling paste.
A fine-celled, low-density styling board at 0.14 g/cm³, used for interior mockups and as support material under modeling paste.
The workhorse styling board at 0.24 g/cm³, available in both 1500 × 500 and 2000 × 1000 formats, and used as backing support in epoxy lamination tooling.
A large-format (2000 × 1000) styling board at 0.30 g/cm³, with a fine surface and minimal dust during machining.
A styling board that reaches a hard surface at only 0.35 g/cm³, holding dimension in cutting jigs and laminating molds.
The most robust of the styling boards at 0.47 g/cm³, for architectural models, interior and exterior mockups and checking models. Seals and varnishes easily.
The standard modeling board at 0.60 g/cm³. A fine surface, easy shaping by hand or machine and a low coefficient of thermal expansion make it the default for master, cubing and foundry models.
A modeling board with excellent milling characteristics at 0.67 g/cm³, preferred for master models of composite molds and for data control models.
The most robust modeling board at 0.72 g/cm³, with high edge strength and a very fine surface — used for master models and tooling blocks.
A 110 °C tooling board at 0.69 g/cm³ for low-temperature prepreg lay-up, holding dimension through a low coefficient of thermal expansion.
The high-temperature prepreg board: resistant to 135 °C with a 130–140 °C HDT at 0.70 g/cm³, for vacuum tooling and hot lay-up.
A tooling board that reaches a high heat deflection temperature at only 0.80 g/cm³ — for checking fixtures, prototype foundry models and thermoforming tools.
A very fine-surfaced 110 °C tooling board at 0.89 g/cm³, for low-temperature prepreg tools where surface quality and dimensional stability both matter.
An easily machined 1.00 g/cm³ tooling board with high edge and abrasion resistance, used for mold fixtures and checking gauges.
The gray variant of WB-1000 — identical technical values, different colour, chosen where checking fixtures need to be told apart at a glance.
The most proven working board on the market at 1.22 g/cm³, giving abrasion resistance and low tool wear in pattern plates, core boxes and hammer tools.
A foundry board with excellent amine resistance at 1.25 g/cm³, combining easy machining with high flexural strength in pattern plates and core boxes.
A pattern-plate board at 1.20 g/cm³ with excellent abrasion resistance and high impact strength, for core boxes and checking fixtures on metal parts.
A polishable foundry board with low thermal expansion at 1.40 g/cm³, for pattern plates, core boxes, negative and positive models and gauges.
A foundry board made with recycled polyol at 1.46 g/cm³, with high amine and chemical resistance in pattern plates and core boxes.
The metal-forming and spinning tool board at 1.60 g/cm³ — a very dense surface, low thermal expansion and high compressive strength, also used for checking gauges.
The most robust board in the catalog at 1.70 g/cm³ and 120 °C. A polishable surface, 125–130 MPa compressive strength and high abrasion resistance for metal forming and thermoforming vacuum tools.
A room-temperature curing, non-sagging surface resin with good interlayer adhesion and a sandable, polishable finish — for negatives and model making.
An easy-to-apply, polishable white surface resin — the default choice for ceramic-industry working molds and foundry negatives.
A wear- and chemical-resistant surface resin at 1.9 g/cm³, for foundry models, foam tooling and PU form molds.
A metal-filled, thixotropic surface resin at 2.2 g/cm³ — hard yet machinable, for metal forming tools and wear-resistant mold sections.
A 105 °C surface resin that brushes on easily and polishes to a high finish — for lamination tooling, RTM and vacuum molds.
A 120 °C surface resin with excellent styrene resistance — the default face for lamination, vacuum, hot-press and RTM tooling.
A variant of MEG-2105 adapted for ceramics and sanitaryware. Keeps the 120 °C resistance, used as the face coat on working molds.
The highest-temperature surface resin in the catalog at 180 °C, with a long open time for prepreg tooling and hot-running molds.
A room-temperature curing, unfilled and very fluid lamination resin that works with glass fibre and fillers alike — the base system for general mold and fixture making.
A lamination resin with strong mechanical properties, offered at three hardener speeds — for fixtures, foundry models and back-filling PU tooling.
A 130 °C lamination resin with low viscosity and excellent wet-out. The same resin runs infusion when paired with MEH-2970-3.
A 180 °C lamination resin for heat-resistant glass or carbon-reinforced tooling and high-temperature prepreg lay-up molds.
A glass-fibre reinforced, room-temperature curing lamination paste for reinforcing molds and fixtures, back-filling and checking gauges.
A low-density (0.8 g/cm³) lamination paste with 115 °C resistance, applied up to 25 mm in a single pass.
A two-component coupling coat that bonds the surface resin to the laminate across every epoxy and polyurea mold system, resistant to 115 °C.
The standard resin infusion and RTM system. Low viscosity and excellent flow carry it over long infusion distances, with 115 °C resistance.
The infusion-tuned variant of MEL-2203. With MEH-2970-4 it holds 130 °C, for infusion tooling with long flow paths.
A 180 °C infusion resin whose 240–300 minute working time allows large, complex parts to be infused in a single shot.
A wear-resistant, free-flowing casting resin at 1.9 g/cm³. With MEH-2952 it reaches 110–115 °C — for foundry and copy models, PU and foam tooling.
A mineral-filled casting resin at 1.6 g/cm³ that pours cleanly. Three hardener speeds cover 10 mm to 80 mm sections — the standard for ceramic-industry working molds.
A metal-filled casting resin reaching 2.4 g/cm³. Its wear resistance suits metal forming and general-purpose tooling; MEH-2902 adds impact strength.
An aluminium-filled casting resin resistant to 120 °C, for vacuum tooling, checking gauges, injection and foam molds.
An unfilled two-component fast-casting system: a 1:1 mix ratio, demolding in 20–30 minutes, and up to 60 mm sections when extended with AC-9004.
A fast-casting system with a longer 5–6 minute open time than PF-3700, taking sections up to 100 mm with AC-9004 — used for functional prototypes.
A mass casting system for surface texture. Extended with AC-9004 it pours beyond 250 mm — for metal forming and prototype tooling.
A general-purpose board adhesive: room-temperature curing with a long open time, suitable for every working board except WB-0700.
The adhesive developed for the WB-0700 working board, curing to the board’s own Shore hardness.
The adhesive for styling boards below 0.55 g/cm³, curing to the board’s Shore hardness with a fast and a slow hardener option.
The adhesive for modeling boards between 0.55 and 0.72 g/cm³ — the match for MB-0600, MB-0670 and MB-0720.
A lightweight mineral filler at 0.35–0.40 g/cm³, extending epoxy and polyurethane systems without adding density.
An inorganic mineral filler at 1.6 g/cm³ — the standard extender that carries the PF and PC polyurethane systems into thick sections.
A wax-based cream mold release that polishes up, for models made from wood, board, metal and plaster.
A wax-based liquid mold release that polishes up — the liquid counterpart to the cream, for covering large surfaces quickly.
A wax-based oily mold release that is not polished — for applications wanting a matt surface and no buffing step.
