"stamping processing"
Ultrapräzise geätzte Rasierklingen mit Spiegel-Abbildungskanten für elektrische Rasierer
Ultra-Precise Etched Shaver Blades with Mirror-Finish Edges for Electric Foil Shavers Razor Blades Overview We manufacture high-performance shaver blades using precision metal etching technology. Our blades deliver exceptional sharpness, durability, and comfort for personal grooming products. Manufacturing Process Our blades are produced through advanced chemical etching, ensuring precise edge definition and consistent quality without mechanical stress or burrs. Razor Blades
Metallgeätzte Teekessel und Glasteekanne mit Mikro-Loch für optimales Stecken
Metal Etched Tea Infusers & Glass Teapots with Micro- Holes for Optimal Steeping Teapot Overview Xinhaisen specializes in the manufacturing of high-precision, durable metal components for teapots. Our core products include the essential teapot filter mesh, decorative nameplates, and various internal metal parts. We utilize advanced chemical etching technology to produce components that are not only highly functional but also aesthetically superior, enhancing the user
Präzisions-Chemischätzen Mikroloch-Lautsprecherabdeckungen Kundenspezifisch
Precision Chemical Etching Micro Hole Speaker Covers Customized Speaker Covers Overview Xinhaisen specializes in the design and manufacture of high-precision, chemically-etched metal speaker covers, grilles, and acoustic meshes. These critical parts are engineered for premium audio performance, providing optimal sound transmission, reliable physical protection, and elegant aesthetic design. Our speaker covers deliver the perfect balance of acoustic transparency, durability,
Foto Chemische Ätzer Lautsprecher deckt Rostgitter für die Automobilindustrie
Photo Chemical Etching Speaker Covers Anti Rust Grilles for Automotive Industry Speaker Covers Overview Xinhaisen's chemically etched automotive speaker grilles are engineered to meet the exacting standards of modern vehicle audio systems. These precision components provide optimal sound transmission while offering durable protection for speakers. The etching process allows for unparalleled design flexibility, enabling us to create both functional and aesthetically pleasing
Präzisions-Ätz-Edelstahl-Fußfeile mit 0,03 mm Rillen-Genauigkeit
Precision Etching Stainless Steel Foot Files with +/-0.01mm Tolerance Foot File Overview Xinhaisen Technology manufactures medical-grade stainless steel foot files using advanced chemical etching technology. Our precision etching process creates micro-textured surfaces with exacting dimensional accuracy, offering superior performance compared to conventional molded foot care tools. Foot File Advantages Consistent Abrasive Surface: Etching creates uniform, sharp abrasive
Metallätzung Hochpräzisions-Lautsprechergitter für die Automobilindustrie
Metal Etching Precision Car Speaker Grilles for Automobile Industry Car Speaker Grilles Overview The Automotive Speaker Mesh is a precision-etched metal component designed for optimal sound performance and durability in vehicle audio systems. It protects speakers from dust and damage while ensuring clear acoustic output. Manufacturing Process Made using advanced chemical etching technology, the mesh is crafted from high-quality metal sheets. This process guarantees precise
Kundenspezifische chemische Metallätzung, ultradünne, fotogeätzte Metallfiltersiebe für Präzisionsfiltration
Custom Metal Chemical Etching Ultra Thin Photo Etched Metal Filter Screens For Precision Filtration Xinhaisen provides chemical etching solutions for producing metal filters, sieves, and screens , delivering faster turnaround, greater design flexibility, and more cost-efficient results compared to conventional perforation methods. Metal Filter Screens can be produced produced using methods such as stamping or laser cutting, but these techniques often fall short when handling
Aluminiumchemische Ätzung für EMI-Schutzdosen
Aluminum Chemical Etching For EMI shielding cans Material Used for Aluminum Etching Aluminum is extracted from ores such as bauxite using the Hall-Heroult method. While mining and refining this metal can be difficult, it is easily manufactured and 100% recyclable without any loss of its natural qualities. Extreme malleability, corrosion resistance, ductility, strength and thermal and electrical conductivity make aluminum sheets, plates, strips and foils prime candidates for
Metall-Aluminium-Etiketten/Namenplatten für den Einzelverkauf
Basic Info. Wholesale custom metal aluminium labels/ nameplates Material Brass/Copper,Stainless Steel,Aluminum Size 80*50/85*54/77*44mm or other sizes & shapes you want Color can be printed inGold, Silver,Copper or other metal Finishing Glossy & Matt & Brushed &polished &textured &solid brass Available Crafts Chips can be placed inside,OEM&ODM Available Magnetic strip(Loco: 300oe, hico:2750oe/4000oe) Round,square,or according to customers Signature panel and scratch p
OEM Custom Photo Chemically Etched Stainless Steel, Copper, and Brass Screens With Burr-free Edges
OEM Custom Photo Chemically Etched Stainless Steel, Copper, and Brass Screens With Burr-free Edges Product Overview Xinhaisen specializes in precision photo chemical etching for fine metal components, providing custom metal screens and filter meshes with high dimensional accuracy and clean edges. Our chemical etching process allows us to create complex micro-patterns without burrs, stress, or deformation — ideal for applications requiring high precision filtration, acoustic
Photo Chemical Etched Burr-frei Ultra scharfe Edelstahl 304 Klingen für Rasiermesser
Photo Chemical Etched Burr-free Ultra Sharp Stainless Steel 304 Blades for Shaving Razor Photo chemical etching is one of the most advanced and reliable manufacturing methods for producing ultra-thin, ultra-sharp, and burr-free stainless steel razor blades . Unlike stamping or laser cutting, chemical etching removes metal through a controlled chemical reaction instead of mechanical force or heat. This ensures the blade surface remains perfectly flat, the edges remain
Präzisions-Kupferlegierung Batterieanschlüsse für Elektrofahrzeuge und Energiespeichersysteme, hergestellt durch photochemische Ätztechnologie
Präzise Batterieanschlüsse aus chemisch geätzter Bronzelegierung für Batteriesätze und Energiespeichersysteme von Elektrofahrzeugen. Hohe Festigkeit, Korrosionsbeständigkeit und stabile Leitfähigkeit für zuverlässige elektrische Verbindungen.
