Termékek a polimer (7)

Syntech Bioflex : Módosított epoxi és poliszulfid polimerek anti-sav bevonata

Syntech Bioflex : Módosított epoxi és poliszulfid polimerek anti-sav bevonata

Syntech Bioflex Anti-acid coating based on modified epoxy and polysulphide polymers, for the waterproof coating of concrete and steel tanks, tanks and containment tanks. High mechanical and abrasion resistance High adhesion to surfaces Good elasticity High chemical resistance to acids, bases and solvents Very high tenacity and ease of cleaning and maintenance Applicable to heavy thicknesses. Anti-acid waterproofing protective coating for the chemical industry Internal and external lining of tanks, tanks, cisterns, towers, pylons, etc. Waterproof protective coating of digesters of biogas and purification plants Anti-acid protective coating for sewers, secondary tanks, sewer collectors, channels and ducts intended for the containment of waste water and drainage Anti-acid coating of fiberglass tanks for the chemical industry. From 0.40 to 0.50 kg of Syntech Bioflex for each square meter of surface to be covered, applied in two coats. Can 6.1 kg [A] - Can 3.9 kg [B] - Kit: 1 Can 6.1 kg [A] + 1 Can 3.9 kg [B]
Műanyag bevonat - Perfluoroalkoxi - Polimerek PFA

Műanyag bevonat - Perfluoroalkoxi - Polimerek PFA

Maschinen- und Anlagenbau: Förderanlagen für Karton; Siegelplatten zum Verschweissen von Plastik; Korrosionsschutz für Behälter, Leitungen und Ventile Lebensmittelindustrie: Professionelle Backformen, Teigförderung, Rösttrommeln, Teigtrichter, Schmelzer, Giessformen
ISO 846 A, B, C

ISO 846 A, B, C

Bestimmung der Einwirkung von Mikroorganismen auf Kunststoffen.
Silikon 3D nyomtatás

Silikon 3D nyomtatás

Hochauflösender 3D-Druck mit Silikon. Silikon bietet herausragende Eigenschaften bezüglich Temperatur-, Chemikalien- und Witterungsbeständigkeit sowie eine hohe Elastizität. Das Material ist biokompatibel (getestet nach ISO 10993-05 und ISO 10993-10) und eignet sich für Dichtungen, Abdeckungen, Puffer und vieles mehr. Das Silikon können Sie in vier verschiedenen Härtegraden konfigurieren und online bestellen: - Shore 20A - Shore 35A - Shore 50A - Shore 60A
Polimerek és kompozitok granulálására szolgáló berendezés

Polimerek és kompozitok granulálására szolgáló berendezés

Equipment for granulation of polymers and composites
Syntech Roadware: Kétkomponensű poliuretán patronban, gyors betonjavításokhoz

Syntech Roadware: Kétkomponensű poliuretán patronban, gyors betonjavításokhoz

Syntech Roadware Syntech Roadware is a high penetration two-component hybrid urethane which, combined with quartz, produces a hard and instant polymer to repair cracks and crevices in concrete floors. Syntech Roadware has a very low viscosity allowing the penetration of the product in depth, even in the narrowest cracks. It has short reaction times, in fact in 10 minutes at 20°C the material polymerizes completely and catalyzes quickly even in environments with temperatures below 0°C. It has good resistance to chemical attack. When combined with quartz powder, Syntech Roadware, forms a highly resistant compound with properties similar to existing concrete but with the flexibility that persists over time. Repair of splits or cracks in concrete, restoration of deteriorated concrete degradation, repair of cracks and pop-out phenomena in concrete. Slightly widen the crack with a circular saw to facilitate the penetration of Syntech Roadware. Before applying the product, vacuum the dust created. The support must be clean and free from dust or dirt. Apply Syntech Roadware directly on the crack or on the degraded area until the gap is completely saturated. Add quartz directly to the crack and repeat the Syntech Roadware application operation. Smooth with a spatula and leave the product to work. With a Syntech Roadware cartridge, an average of 50 linear metres of gap of 5 mm width is repaired. Bi-mix cartridge 600 ml
Armaglass Structura 115 : 115 gramm/m2 lúgálló üvegszálas szerkezeti háló

Armaglass Structura 115 : 115 gramm/m2 lúgálló üvegszálas szerkezeti háló

Armaglass Structura 115 115 g/m2 structural reinforcement mesh in alkali-resistant fibreglass with 12 x 12 mm square mesh, containing >16% zirconium dioxide, constructed with a leno weave and primed with thermosetting polymer. It is straightforward and quick to apply, simple to handle and easy to cut. Resistant to atmospheric agents and aggressive environments, conferring durability to the composite systems in which it is used. Suitable for any substrate and perfectly compatible with both cement- and lime-based mortars. Perfect for strengthening reinforced plastering with an anti-overturning function along with the structural consolidation of masonry and vaulted structures. Easy and quick application, simple to handle and to cut. Combines lightness and thinness with excellent mechanical characteristics in terms of the weft and warp. Resistant to atmospheric agents and aggressive environments, it confers durability to the composite systems in which it is used. Suitable for any substrate and perfectly compatible with both cement-based and lime-based mortars. Armaglass Structura 115 is a mesh for the structural reinforcement and consolidation of masonry and vaulted structures. It is ideal for reinforcing plasters with anti-overturning function. Application on masonry and vaults: In the event that connectors are being used, proceed with creating holes of a suitable diameter, in accordance with the chosen connection system and arranged in line with the design instructions and with the selected connection system (Armaglass Connector, Armaglass Connector SINGLE, Armaglass Connector Twin). Secure the connectors with resin anchors (Syntech Profix) or hydraulic binder-based slurry (Grout Cable, Sanafluens). Apply an initial layer of mortar (see the technical data sheet of the selected product), positioning the Armaglass Structura 115 mesh on the still-fresh mortar, taking care to ensure an overlap of at least 10 centimetres, before applying the second layer of mortar. Whilst the mortar is still fresh, lay the mesh sheeting, proceeding from top to bottom, and immersing with the help of a putty knife, being sure to overlap each segment by at least 10 centimetres and impeding the formation of bubbles and bends. 1.1 m/m²: The sheets adjacent to the fibreglass mesh are to be overlapped along the edges by at least 10 centimetres. Packaging: Roll of 50 m2 UM: €/m2