Carrara SpA’s Post

SPECIFICATION Current Rating: 3A Contact Resistance: 30mΩ Max. Insulation Resistance: 100MΩ Min. Dielectric Voltage: 300V AC for one minute Operating Temperature: -30'C to +80°C Insertion Force: 35N Max. Extraction Force: 10N Min. IP Rating: IPX7 Durability: 5000 times MATERIAL Insulator: LCP, UL94V-0, Halogen Free, Black Out Ring Plastic: Nylon 9T, UL94V-0, Black Terminal: Copper Alloy T=0.20mm, Gold on Contact area; Tin on Solder tail all over Nickel Plated Shell: Stainless Steel, T=0.25mm, Nickel Plated Fixed Plate: Brass T=0.30mm, Tin Plated O-Ring: Silicone, Black

What is lost foam casting Lost foam casting, also known as "dry sand full mold casting" and "negative pressure full mold casting", is a new casting method for producing castings. In this process, a foam plastic polymer material is used to make a full mold that is exactly the same in structure and size as the part to be produced by casting. After being dipped in refractory coating (which has the functions of strengthening, smoothing and ventilation) and dried, it is buried in dry quartz sand for three-dimensional vibration molding. The casting mold box is poured with molten metal liquid under negative pressure. As a result, the polymer material model is gasified and extracted by heat, and then replaced by liquid metal. After cooling and solidification, a one-time formed casting is obtained.

I remember when such M5B90 light-weight body version has been developed and designed for the first time… maybe one of my most challenging projects I’ve completed… Failure was not an option ! Thanks to the great support and involvement of experimented designers and production-line drivers… we just did it ! Burr-free machining, super-fine surface-finish, fixed insert-seat… outstanding performance in aluminum face milling is achievable in a simple way with M5B90. Light-weight body became since « the must to be» feature to garantee safe usage of the machine spindle in such applications.

Graphite rubber sealing strip used for suction press roll

PEM® CASTSERT® Press-in Inserts For Die-cast Alloys and soft metals Less Than HRB 70 / HB 125 PEM® 300 Series Stainless Steel CASTSERT® inserts provide strong, durable metal threads in extruded aluminum and die-cast magnesium and die-cast aluminum. The overall, simple press-in, installation process for these inserts uses a flat punch and anvil to install all sizes and lengths, approximately 80% faster than other methods. Depth of knurl allows engagement with as-cast draft angle holes, or drilled holes. Process cost savings vs. coil inserts or thread tapping. Pull-out performance varies based on panel material, length of engagement and draft angle. Available in thread sizes #2-56 to 1/4-20 / M2.5 to M6 in two lengths per thread size. Installed by simply pressing the inserts into drilled or as-cast holes. Installation is accomplished using any standard press at any time during the production process.

Stainless Steel Rods SS rods are used in the production of machinery, tools, and cutting instruments due to their excellent strength-to-weight ratio and corrosion resistance Key Properties SS rods’ main advantages include: Excellent heat resistance Corrosion and abrasion resistance Exceptional strength-to-weight ratio Toughness compared to other commonly used metals Selection Considerations When selecting an SS rod for a specific application, factors to consider include: Grade of material (e.g., 304, 316, 410) Dimensions and tolerances Surface finish Corrosion resistance requirements Strength and durability needs #ss #stainless #corrosion

Poly Trip Edge Backed with eight reinforcing steel ribs to avoid corrosion zones and extend life, plus features convenient hydraulic reverse for right- or left-hand discharge 3/8 inch (0.953 cm) thick poly moldboard 8 to 9.6 ft. (2.44 to 2.93 m) cutting width 10 to 12 ft. (3.05 to 3.66 m) length

They might be known by a few names in the trade, but no matter what you know them as, solder ring fittings offer quick, accurate and potentially cost-effective installation. https://bit.ly/4bdXayR #solderring #copperfittings #plumbing

🌟 Are you in need of hard coated wear sleeves? 🌟 Hard coatings provide wear, corrosion, and heat protection for critical surfaces in various industries where harsh environments puts limits to standard sleeves. Explore TKM TTT Finland's reliable lineup for the most demanding conditions! 🛠️ Most Commonly Used Base Materials of Coated Sleeves: AISI304 AISI316 Duplex Super-duplex And coatings that set the standard: NiCr and CoCr Alloys (e.g. Metco 16C / Stellite 6) Ceramic coatings (e.g. TiO2 / Cr2O3) Carbide coatings (e.g WC-Co / Cr3C2) Wear sleeves are all manufactured in-house to ensure the most competitive solutions for your critical applications. #WearSleeves #Reliability #Coatings #EnhancedPerformance

After the wear-resistant ceramic rubber installed, it will be more impact-resistant and wear resistant to coal lump, reduce the frequency of maintenance, and reduce the losses caused by downtime. Ceramic cylinder thickness 20.  Rubber thickness 10mm. Steel plate thickness 5mm. Rubber character: Tear strength 12MPa. Pull-apart Prolongation ≥250%. Shore Hardness 55 - 65. Ceramic Abrasion test: 0.0005g (P=74N, n=800rpm, t=30min, quartz sand).  Peeling Strength of Rubber, Ceramic, and Steel 3MPa. Adhesion of Adhesive agent and ceramic 4MPa.