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The Hawo HM 950 DC-V NanoPak Medical Pouch Heat Sealer is a top-tier, feature-rich heat sealer tailored for medical and healthcare environments. Outshining competitors, it delivers multiple key advantages.Built with robust, industrial-grade stainless steel, the HM 950 is durable and easily cleaned, unlike plastic-housed alternatives.Its compact design seamlessly integrates into medical packaging workflows. Delivering exceptional sealing performance, the HM 950 uses precise temperature and pressure control for strong, consistent seals on Tyvek, foils, and films up to 10 inches wide.Users praise its superior seal strength compared to other sealers.Adjustable seal time and temperature optimise results for various pouch materials and thicknesses, essential for medical packaging diversity.

Favi est reconnue pour sa capacité à produire des rotors en cuivre de haute qualité pour les moteurs industriels. L’utilisation du cuivre dans nos rotors offre des avantages significatifs en termes de rendement et de performance, permettant ainsi des économies d’énergie substantielles et une meilleure efficacité globale du moteur. Grâce à son excellente conductibilité électrique, le cuivre injecté dans le rotor entraîne une hausse de rendement remarquable. Un simple remplacement du rotor en aluminium par un rotor en cuivre peut générer une augmentation de rendement allant jusqu’à 4,3%. Cette hausse peut même atteindre 6,4% si ce remplacement est accompagné d’une optimisation moteur. Ces gains de rendement se traduisent par une économie d’énergie significative, ce qui se révèle être un atout majeur compte tenu des enjeux actuels en matière de consommation énergétique. rotors COMPO ANG 2 En terme d’investissement, le coût du moteur ne représente plus que 2,5% du coût total sur son cycle de vie. L’économie de consommation électrique réalisée grâce aux performances exceptionnelles du cuivre permet un retour sur investissement rapide et tangible. De plus, l’utilisation du rotor en cuivre offre d’autres avantages notables. En effet, à puissance égale, un moteur équipé d’un rotor en cuivre sera moins volumineux, moins lourd et moins coûteux à fabriquer qu’un moteur avec un rotor en aluminium. Cette amélioration de la puissance massique contribue à une meilleure efficacité globale du moteur. Sur le plan environnemental, le passage au rotor en cuivre permet de réduire considérablement les émissions de CO2. En remplaçant le rotor en aluminium par un rotor en cuivre, la consommation électrique diminue, entraînant une réduction d’environ 3,8 tonnes de CO2 sur la durée de vie estimée d’un moteur de 3 kW, basée sur 3000 heures de fonctionnement par an pendant 15 ans, selon les normes européennes. Enfin, l’utilisation du cuivre contribue également à prolonger la durée de vie du moteur. En abaissant d’environ 30°C la température de fonctionnement, le cuivre permet de réduire le stress thermique sur la machine asynchrone, ce qui se traduit par une durée de vie accrue et une fiabilité renforcée. En somme, les rotors en cuivre produits par Favi représentent une solution technologique, offrant des performances supérieures, des économies d’énergie substantielles et des avantages environnementaux indéniables, tout en garantissant une durée de vie prolongée des moteurs industriels.

Sanawarme A thermal, external-coating macroporous plaster with high thermal and acoustic insulation, it has a base of natural hydraulic lime NHL 3.5, natural hydraulic binders with low soluble salt content and low environmental impact, botticino marble, kaolin, calcium casein, Vichy salt, calcium carbonate, tartaric acid, ammonium salts, expanded perlite, cork powder, natural fibres along wth specific and antisaline agents for the dehumidification, thermal and hygrometric restoration of buildings and masonry, in green building works, for new constructions and in the restoration of historic and monumental buildings. Specifically for applying “mineral coatings”. A mortar/plaster with guaranteed performance offering specific insulating properties pursuant to UNI EN 998/1 – Class T1 (the top thermal insulation class). Thermal conductivity certified pursuant to UNI EN 12664. Sanawarme is the highest technological expression of Azichem in the context of renovating plasters. It is a product based on hydraulic lime, botticino, kaolin, calcium caseinate, Vichy salt, calcium carbonate, tartaric acid, ammonium salts, expanded perlite, cork powder and natural fibres. Sanawarme is characterised by high hygroscopic, breathable and thermal/acoustic insulation properties. It is a "thermal mineral coating", natural, for ecological building, that does not contain cements, resins, solvents and radioemissive materials. The structure of the coatings made with Sanawarme, which is particularly suited to quieten and dissipate, in the form of heat, the acoustic energy inside the pores and "channels", provides interesting performance even in terms of sound absorption which, at high frequencies, reaches values of 1/3, with interesting prospects for acoustic correction of the internal environment (Test Report no. 214705 of August 3, 2006 issued by the institute Giordano). Applying coating plasters in both new constructions, and in interventions of restoration and renovation of old buildings. Anti-condensation and mildewcide correction for indoor, out of the ground and buried surfaces. Insulation of thermal bridges. Removal of crumbling plaster, if present. The wall bodies for application should in any case be clean, intact, free from fouling, dust, crumbling and non-adhering parts, conveniently saturated with water until it reaches the condition of "saturated dry surface". In the presence of salt efflorescence it will be necessary to ensure its careful removal by application of packs of the specific acid detergent and saline converter Deterg-A, in solution with water 1:4. To prevent any new spills of salts, use specific universal anti-saline treatments in aqueous solution, Sanareg, for humid surfaces, or solvent-based, FEST SALZ, for cohesive saline concretions but with perfectly dry surfaces. Preliminary construction of specific anchoring scratch coats, breathable, made with Untersana. The rendering, applied by "spraying", must provide a rough, corrugated surface, designed to promote the bonding of the subsequent plaster, which must be applied no later than 2-3 days. In the case of wooden surfaces, attach a galvanized steel wire mesh, diameter 2 mm and mesh 5x5 cm, to the support, holding it away from the surface by 2-3 mm. Spray the rendering Untersana by hand or by plastering machine, in order to provide a rough surface, designed to facilitate the application and the adhesion of Sanawarme. In the case of applying the thermal coat Sanawarme on concrete, it is recommended to apply the super-adhesive rendering Repar Plug. Prepare the plaster, adding Sanawarme, to the mixing water, for approximately 60-70% by weight (8.5 -9 litres per 13 kg bag). Mix thoroughly until it reaches a smooth, creamy, lightweight, lump-free mixture resembling a "compact foam". Apply the thickness required according to the thermal calculation by plastering machine (type PFT model G4, or the like, equipped with lung for light plasters). For small sizes it is also possible to apply it manually with straight edge and plastic mortar. Regularise the plastered surfaces with fine skim Sanastof for ecological buildings, for an indicative consumption of 4 kg/m². "Drown" in the thickness of the finishing layer the fibreglass mesh Armaglass 160. Successive breathable paints or putty coats (from the series SANAFARBE, SANAXIL or PROTECH SIL) can be applied after approximately 28 days; in any case, after the proper curing of the plaster, depending on the actual environmental conditions, and the loss of initial alkalinity. Approximately 4,00 - 4,50 kg/m² of Sanawarme for every centimetre of thickness to be implemented (approximately 420 kg per cubic metre). Bag 13 kg - Pallet: 50 x (Bag 13 kg)

Aplicación de texturas controladas para mejorar la fricción y el rendimiento de piezas. El texturado permite crear superficies funcionales que, posteriormente, se trasfieren a los materiales procesados con los cilindros. Las ventajas, en términos de calidad, se relacionan con las propiedades de embutición y pintado trasmitidas a la superficie del acero.

Cajhen offers a specialized range of toolholders designed to meet the exacting demands of precision metalworking. These toolholders ensure optimal stability, accuracy, and performance in various machining operations, including turning. Crafted from high-quality materials, Cajhen's toolholders guarantee secure and precise positioning of cutting tools, minimizing vibrations and tool deflection.

Riparazione delle macchine agricole: Servizio specializzato che prevede l'ispezione, la manutenzione e la riparazione delle macchine utilizzate in ambito agricolo, come carri semoventi, piattaforme e attrezzature per la raccolta frutta. Questo servizio è fondamentale per garantire che le macchine agricole funzionino in modo efficiente e duraturo nel tempo, riducendo i tempi di inattività e migliorando la produttività. La riparazione può includere la sostituzione di componenti danneggiati, la regolazione delle impostazioni operative e la verifica della sicurezza, offrendo ai clienti supporto tecnico e affidabilità per le loro operazioni agricole.

Rinfor Grout Col is a special cementitious formulation, being fibre-reinforced with READYMESH technology, enriched with reactive microsilicates with very high pozzolanic activity and special crystalliser additives that increase the end result and the durability. Mixed with water, it is able to forge micro-concretes with pourable rheology. Once hardened, the product offers exceptional physical-mechanical and ductility values. Ideal for the reinforcement and seismic adaptation of flooring in reinforced concrete, brick-concrete or corrugated sheeting or wood, by constructing a thin extradoxal structural screed along with beams, pillars, structural crosspoints and walls, by means of suitable liners. The rheological and physical-mechanical characteristics of the Rinfor Grout Col product render it extraordinarily effective in reinforcing structural elements in reinforced concrete and masonry. Adhered to the inside of caissons, confined within cavities or spread out over the extrados of foundations and lofts, Rinfor Grout Col allows for low thickness structural reinforcing, substantially devoid of additional metallic reinforcement. Rinfor Grout Col belongs to the HPFRC (High Performance Fibre Reinforced Concrete) family, permitting the structural designer to make use of the following characteristics: - Exceptional resistance and traction as well as exceptional values of shear stress adhesion on various supports which have been suitably roughened; - advantages in structural calculations prescribed for fracture mechanics, resistance to traction and of the ultimate material deformation; - minimum thicknesses applied with reinforcing effects which have been distinctly improved as against interventions with traditional reinforced concrete; - highly notable reduction of mass and minimizing of additional loads applied for structural reinforcing as against interventions with traditional reinforced concrete (practically nil additional loads in the case of the thickness of the coating corresponding with the depth of sacrificed surface); - anti-carbonatation barrier (practically zero penetration of CO2) and anti-oxidant barrier; - auto-healing of any micro-fissures exposed to contact with fluids, thanks to the particular crystallising additives; - increment of durability of the structures repaired with Rinfor Grout Col, thanks to the migration effect of the crystallising additives; - very high resistance to fire; - eco-sustainability - made up of 100% mineral and metallic materials, totally recyclable at end of life. From the environmental point of view, the Rinfor Grout Col product is characterised by the following advantages: - Ecological packaging (card-cardboard) - product based on hydraulic binders, selected aggregates and mineral additives with content of organic raw materials < 1% - practically nil VOC emissions during installation; once hardened, nil VOC emissions. - containing a fraction > 5% of sub-products from the production industry 100% recyclable at end of life. For seismic adaptation with absorption and transfer of pressure or traction during events with elevated dynamic forces (seismic, impacts, deflagration); - for structural reinforcing and seismic upgrading through coating of beams, pillars structural ties, walls; - for reinforcing and seismic upgrading with external, low thickness, structural screed for lofts in reinforced concrete, concrete masonry, corrugated sheeting, wood;
 - for fabrication of light, thin section, structural elements
; - for the repair of flooring with need for resistance against elevated static and dynamic stresses, together with exceptional values of resilience and resistance to impacts; - for reinforcing and precision anchoring of heavy and highly stressed machinery: E.g. wind turbines, turbines, precision machinery, etc. The support must be in good condition, clean, sufficiently coarse, without crumbling parts or dust, pressure washed and saturated with water before application. With concrete, the abrasiveness of the support must be > 3mm; to obtain this level of coarseness, techniques of hydro-scarifying, bush-hammering, mechanical chiselling, sand blasting with large grain may be considered. With the case of surfaces in strongly absorbent brick-work (lofts in brick cement with surfacing of parts in brick) or in the case in which it is impossible to saturate the support with water, contact our technical services to evaluate suitable adhesion primers, such as Syntech Pavisheer or Syntech RGS. Above all, when used as a surface covering of lofts in concrete, or as a repair to industrial flooring, providing anchoring roots by drilling the support is particularly useful for increasing resistance to cuts and adhesion to the support (diameter 18-20 mm, depth 20 mm), and accurately cleaning the surfaces of the holes before spreading the Rinfor Grout Col.

Readymesh MX-500 Readymesh MX-500 is a special carbon steel fibre, obtained by the extrusion and cutting of high-strength steel wire. Its special double-hooked form gives it a remarkable shear strength, thus conferring the concrete with excellent post-cracking structural strength even at low doses. Readymesh MX-500 significantly increases the mechanical performance of the structure in terms of toughness, ductility, fatigue, dynamic stress, shock, wear, tensile and shear strength and even post-cracking and damage behaviour. General preparation of fibre-reinforced concrete with high pre and post-cracking performance. Ideal for industrial flooring and prefabrications. "Readymesh MX-500 fibres must be added to the concrete during mixing. It is recommended to pour the fibres directly onto the loading belt of the concrete mixer during the loading of the aggregates. Alternatively, it is possible to add them directly into the mixer after loading the concrete. In this case, add the fibres a little at a time so that they are well-distributed in the cement mix and extend the mixing time by at least one minute for every 20 kg of fibres added in order to achieve optimal distribution. Conglomerates with Readymesh MX-500 can be easily transported and used with pumps, joiners, vibratory finishing machines, roadway extruders (e.g. slipform paver), etc." Variable according to the type of work to be carried out and/or performance to be achieved. Packaging: 20 kg bag Unit: €/kg

Les sachets déshydratants Desicorr® sont un VpCI® à double action haute performance Emballages Les sachets déshydratants Desicorr contiennent une combinaison unique de dessiccant absorbant l'humidité ainsi que le VPCI breveté par les sociétés Cortec inhibiteurs de corrosion en phase vapeur pour protéger tous les types de métaux (ferreux et non ferreux) de la rouille et de la corrosion jusqu'à 2 ans. Contrairement aux déshydratants traditionnels, la double fonction des sachets Desicorr réduit l'humidité dans l'air (le mécanisme d'action des dessiccants) avec la protection renforcée de VpCI pour protéger divers métaux contre la rouille et la corrosion dans une enceinte d'emballage. Cette action dessicante permet à VpCI inhibiteurs de corrosion accès facile à la surface du métal., libre de l'obstruction de l'humidité présente déjà sur la surface elle-même.

| Las bolsas desecantes Desicorr contienen una combinación única de desecante que absorbe la humedad, así como VPCI patentado por las corporaciones Cortec. inhibidores de la corrosión en fase de vapor para proteger todo tipo de metales (ferrosos y no ferrosos) del óxido y la corrosión hasta por 2 años. Características de las bolsas desecantes tipo bolsa Desicorr® Disponible como estándar en tamaños de 1/6 unidad y 1 unidad Las versiones opacas sin ventana también se pueden suministrar en tamaños de unidad de 4 y 8 La capa protectora de VpCI no requiere remoción del producto Conforme (equivalente comercial) a MIL-D-3464 E Tipo 1 y Tipo 2