Hard surfacing - Import export

Grippers and inserts are ideal for use in clamping arms, gripping systems, clamping fixtures, clamping jaws and self-aligning pads. The use of grippers allows the transfer of very high torque values and above average grip, even with hard materials and surface irregularities. Form O: The abrasive diamond surface is bonded firmly to the base. It is ideally suited to supporting smooth or slippery applications with a minimum of clamping pressure. This allows the diamond particles to get a firm grip on a very small area with minimum damage to the surface. The diamond surface offers excellent wear resistance. Form P: The polyurethane surface is vulcanised firmly to the ball. It is abrasion-resistant and does not discolour. It offers optimum protection against damage to delicate surfaces. The pearl-like surface gives a firm grip and allows air to escape so as to prevent any suction effect between the contact surface and the self-aligning pads.

Body tempered, black oxidised. Ball hardened, bright. Inserts: Form C, F hardened, black oxidised. Form M with carbide serrations, black oxidised. Form K white. Form E hardened, bright. Form O diamond impregnated surface comparable to 100 grade abrasive grit. Form P polyurethane surface, hardness 60 Shore. Note: Self-aligning pads are used to support and clamp unmachined and machined workpieces. In addition, they serve as stops, supports and thrust pads in fixtures and toolmaking. The ball can be removed from the housing by applying light pressure to the socket head screw. Ball secured against rotation. Advantages: Highly cost-effective as inserts can be exchanged. The built-in O-ring holds the ball in place and keeps dirt and foreign particles out, ensuring uniform movement. Drawing reference: Form C: flattened steel insert, smooth Form E: flattened stainless steel insert, smooth Form F: gripper face Form K: flattened POM insert, smooth

Cortec VpCI® 126 Vapor Phase Corrosion Inhibitor Shrink Film. Safeguard your metal components with Cortec VpCI® 126, a top-tier, multi-metal corrosion inhibitor shrink film.This cutting-edge film utilises Cortec's patented technology to create a formidable barrier against corrosion.VpCI® molecules, released as vapor, envelop all metal surfaces, including hard-to-reach areas, offering complete protection.Unlike traditional methods, this innovative solution leaves no residue and preserves metal properties. Engineered to withstand water, oil, and acids, VpCI® 126 is ideal for shielding metals during shipping and storage.Its heat-sealable and shrinkable properties allow for custom packaging and a tight, protective seal.Enjoy the benefits of a self-replenishing VpCI® layer that ensures ongoing protection, even with minor film damage.

Corrosorber Liquid is a powerful corrosion inhibitor from Cortec. This VpCI® formula protects various metals (ferrous & non-ferrous) from corrosion in many industrial settings.It forms a molecular barrier against moisture, oxygen, and pollutants, preventing corrosion.VpCI® vapours reach all metal surfaces, including hard-to-reach areas, offering comprehensive protection. Suitable for steel, cast iron, copper, brass, aluminium, and galvanised steel, it combats uniform corrosion, pitting, stress cracking, and galvanic corrosion.Protects for up to 2 years indoors.Ideal for equipment preservation, short-term protection during manufacturing, warehouse storage, coastal environments, and protecting valuable items. Easy to apply (dip, spray, or emitter pads), dries to a clear, non-toxic film.Proven effective in tests, outperforming traditional inhibitors.Environmentally friendly, non-flammable, and VOC-free. Made in USA by Cortec, a leader in corrosion control.

Cortec M 435 - High-Performance Corrosion Inhibitor. Cortec M 435 is a cutting-edge VpCI coating safeguarding metals from corrosion. Using vapor phase technology, it creates a protective layer on all metal surfaces, even in hard-to-reach areas.Ideal for various metals, it shields against rust, tarnish, and stains caused by moisture, salt, and harsh environments.Easy to apply, it dries transparently and is compatible with most paints.Environmentally friendly, water-based, and free from harmful substances, M 435 meets strict safety standards. Perfect for industries like manufacturing, automotive, oil & gas, and more, it ensures long-lasting protection for your metal assets.

Daubert Cromwell Premium MetalGuard® VCI Film Rolls offer superior corrosion protection for metals during storage and shipment. Engineered with VpCI® technology, this high-quality film effectively inhibits rust without oils, desiccants, or chemicals. The multi-layer polyethylene film is strong, tear-resistant, and transparent, allowing easy inspection. Embedded VpCI® molecules vaporise, forming a protective layer on all metal surfaces, including hard-to-reach areas. This invisible shield protects ferrous and non-ferrous metals for up to 5 years. The film also acts as a barrier against moisture, dirt, and contaminants, ensuring optimal preservation. Ideal for metal parts, electronics, machinery, and more. Available in various sizes, with custom options. Valdamark Direct is an authorised distributor offering expert guidance and additional VCI products.

Cortec ElectriCorr VpCI® 248 and an alternative product both protect and clean circuit boards, but Cortec offers key advantages. Using VpCI® technology, it forms a molecular layer protecting all metal surfaces, even in hard-to-reach areas, unlike the alternative's liquid coating. Cortec also excels in cleaning, removing oils, dust, and contaminants while leaving a protective VpCI® layer, whereas the other requires a separate protective step. Cortec is water-based, non-flammable, and non-toxic, making it more environmentally friendly than potential solvent-based alternatives. Easy spray application, transparent finish, and up to 24 months of corrosion protection set Cortec apart. While the alternative's pricing is comparable, Cortec offers broader protection for various electronic components, including connectors, contacts, and sensors.

Cortec VCI Paper Rolls EcoShield® VpCI® 144: Eco-Friendly, Multi-Metal Corrosion Protection. Shield your valuable metal parts from rust, tarnish, and corrosion with the innovative Cortec VCI Paper Rolls EcoShield® VpCI® 144.This recyclable paper offers a comprehensive and user-friendly solution, eliminating the need for messy desiccants or cumbersome physical barriers. The secret lies in VpCI® (Vapor Phase Corrosion Inhibitor) technology.These microscopic molecules vaporise and form an invisible, protective layer on all exposed metal surfaces, even in hard-to-reach areas.This self-replenishing shield actively combats the main causes of corrosion – moisture, oxygen, salt, and other contaminants.Unlike traditional methods, the VpCI® paper allows trapped moisture to escape, preventing condensation buildup that can lead to rust.

Cortec ElectriCorr VpCI® 238 vs Competitor Electrical Contact Cleaner. Cortec ElectriCorr VpCI® 238 and a competitor product are both designed to clean and protect electrical components.However, Cortec VpCI-238 offers superior performance.It effectively removes grime, oxidation, and contaminants from various metals like copper, brass, steel, and aluminium.This multi-metal cleaner restores conductivity and shine, outperforming the competitor in tackling heavy buildup. Unlike the competitor, Cortec VpCI-238 provides long-lasting corrosion protection with its built-in Vapor phase Corrosion Inhibitors (VpCI).These inhibitors safeguard metal surfaces, even in hard-to-reach areas, preventing future oxidation and degradation.The competitor lacks this crucial feature. Cortec VpCI-238 is environmentally friendly, water-based, non-flammable, and low in VOCs.The competitor, likely solvent-based, has a higher environmental impact.

valve seat manufactured by CNC turning multi-step, through-hole material: stainless steel 316, max hardness HRC22 surface finish: passivation size: diameter 15.50 +/-0.10 mm Soochow Advance Industries Co., Ltd., (website: www.sai-parts.com) supplies custom OEM mechanical parts, industrial fasteners, screws, bolts, nuts, industrial fittings, electronic hardware by precision CNC machining, CNC turning, CNC milling, CNC engineering.

Requirements for products working in a high temperature fusing environment include continuously increasing requests for longer part life, higher print speed, and better print resolution involving ongoing material and process innovations. Our goal is to find the best combination of the following properties: Thermal resistance Thermal conductivity Abrasion resistance Anti-adhesive surfaces Elastomer hardness Substitution of Metal Substrates by Polyimide Belts Fusing by heat and pressure in digital printers has previously been realized with anti-adhesive coatings on aluminum or steel cores. These metal substrates have been increasingly replaced by seamless thin walled polyimide belts due to energy-saving environmental regulations and the growing requirement for “instant on” printing devices. Image Fusing Products Fuser rollers with soft and thin coatings more Fuser rollers for professional digital printing more Pressure rollers with solid silicone/PFA sleeves more Pressure rolle

Unit for rolling out the optical single-fiber cable d400. Designed for rolling out optical cable from the coil. Material: metal. Subscriber patch cord modular Roll-out unit d370 Ufanet. Designed for rolling out optical patch cords. Material: metal. It is installed on a hard surface Roll-out stand Cable roll-out unit for patch cords (connector 115*370) Ufanet. It is used for coils with dimensions of 290*107mm. Material: metal. Designed for installation in the ground

We produce an high effective industrial oil absorbent on basis natural peat moss. Oil absorbent ARCTIC has ability to biodegradation. Due to its excellent buoyancy, it is successfully used not only on soil and any hard surface, but is also especially effective on water. Oil absorption is 8-10 g oil per 1 g absorbent. Oil absorbent ARCTIC environmentally friendly, non toxic, absolutely safe for humans and animals. After use, it can be disposed of as a high-calorie secondary fuel when burned in boiler plants.