"stainless steel sheet"
Elektrolityczne wieczka do puszek z blachy ocynowanej o średnicach 73mm, 83mm, 99mm do pakowania żywności
Electrolytic Tin Plate Can Lid Ends 73mm 83mm 99mm Sizes For Food Packaging Our Electrolytic Tin Plate (ETP) Can Lids and Bottoms are precision-engineered sealing solutions designed for the demanding needs of modern food and aerosol packaging. Manufactured from premium Electrolytic Tin Plate (Tinplate) and Tin Free Steel (TFS), these round ends provide an exceptional barrier against moisture, light, and oxygen, ensuring product freshness and longevity. Available in a
Odporność na korozję klasy spożywczej blacha ocynowana ETP Grubość 0,15 mm ~ 0,5 mm do zastosowań w puszkach spożywczych
Food-grade, Corrosion Resistance ETP Tinplate Thickness 0.15mm~0.5mm For Food Can Applications Product Overview In today’s food packaging industry, safety, durability, and shelf-life stability are critical factors for manufacturers and brand owners. Wuxi Talat Steel Co.ltd supplies high-quality ETP tinplate, food can tinplate, electrolytic tinplate sheet and coil specifically engineered for food-grade applications, helping customers meet strict international standards.
Rury ciśnieniowe ASTM A106 Gatunek B Transport płynów wysokotemperaturowych i wysokociśnieniowych
ASTM A106 Pressure Pipes Grade B High Temperature High Pressure Fluid Transportation Product Overview Pressure Pipes ASTM A106 Grade B designed for high-temperature and high-pressure fluid transportation applications. Manufacturing Process Seamless: Seamless steel pipe is required to ensure integrity and safety under high temperature and pressure conditions. Steel Grades Grade B: The most commonly used and prevalent grade. Excellent mechanical properties (especially high
Dobra wytrzymałość i odporność SMLS AS1163 C250 L0
Good Strength And Resistance SMLS Pipe AS1163 C250 L0 Hollow Sections Used In Construction Product Overview AS1163 C250 L0 hollow sections offer excellent strength and resistance properties, specifically designed for construction applications requiring reliable structural support. Key Features Moderate Strength, Easy to Work: 250 MPa yield strength provides optimal balance between load-bearing capacity and workability for cutting, welding, and bending operations Comprehensive
Konia końcówki żywności bezpieczna elektrolityczna blacha cynowa TFS z zwiększoną odpornością na rdzew i alkalie
Can Ends Food Safe Electrolytic Tin Plate TFS With Enhanced Rust Alkali Resistance Food-Safe Electrolytic Tin Plate & TFS with Enhanced Rust & Alkali Resistance for Can Ends What is Tinplate? Tinplate (SPTE) is tin plated on both sides of the iron sheet, that is, cold rolled low carbon thin steel plate. It offers rust resistance, corrosion resistance, and is non-toxic. Mainly used for making metal packaging, including canned food, beverages, chemicals, medicine, sanitation
Jasne blachy tytanowe 3mm Gr2 0,5mm ASME SB265 TP270H
Bright 3mm Gr2 0.5mm Titanium Metal Plates ASME SB265 Product description: Key Advantages Excellent Corrosion Resistance: Extremely resistant to oxidizing media (such as seawater, chloride ion environments, nitric acid, organic acids, etc.). Especially in seawater and chemical media, its performance surpasses that of stainless steel. Excellent Formability and Weldability: Ideal for manufacturing complex-shaped shells, tanks, etc. Excellent weldability and high weld quality.
Gr2 Gr4 Gr5 B265 ASTM F67 Płyty metalowe tytanowe odporność na korozję
Gr2 Gr4 Gr5 B265 ASTM F67 Titanium Steel Plate corrosion resistance Product description: Medical titanium plate No Grade Size/mm State Standard 1 Gr2~Gr3 3×11×( 500~1000 ) bright ASTM F 67 2 Gr2~Gr3 3.5×12×( 500~1000 ) bright ASTM F 67 3 Gr2~Gr3 4×14×( 500~1000 ) bright ASTM F 67 4 Gr5 Thk3~60 bright ASTM F 136 Product name Gr5 Titanium Plate Sheets Plate Price Metal Ti Price Gr1 Gr2 Gr4 Gr5 Titanium Plate Sheet Roll Standard ASTM B265, ASME SB265, ASTM F67, ASTM F136, AMS
Pręt Inconel 600 odporny na utlenianie w wysokiej temperaturze i korozję alkaliczną
Grade 600 Inconel Bar Resistant To High Temperature Oxidation And Alkali Corrosion Inconel 600 is a solid solution strengthened nickel-chromium-iron alloy. Its composition is relatively simple, but its design is ingenious: High nickel content: Provides a stable austenitic matrix, good resistance to reducing media corrosion, and resistance to chloride stress corrosion cracking. Medium-high chromium content: Endows the alloy with excellent high-temperature oxidation resistance
Srebrowy Biały Jasny 926 Okrągły Inkonel Bar Przemysł 600 625 718 X-750
Silvery White Bright 926 Round Inconel Bar Industry 600 625 718 X-750 Grade Incoloy 926 Round Bar & Inconel 925 Bar High-quality nickel alloy bars designed for demanding industrial applications requiring exceptional corrosion resistance and high-temperature performance. Material 200 Series: 201, 202, 202Cu, 204Cu 300 Series: 301, 303/Cu, 304/L/H, 304Cu, 305, 309/S, 310/S, 316/L/H/Ti, 321/H, 347/H, 330 400 Series: 409/L, 410, 416/F, 420/F, 430, 431, 440C, 441, 444, 446 600
ASTM 4mm do 50mm 718 Inconel pręt UNS N07718 X750 Długość 1000mm do 6000mm
ASTM 4mm To 50mm 718 Inconel Bar UNS N07718 X750 1000mm To 6000mm Length ASTM 4mm To 50mm 718 Inconel Bar UNS N07718 X750 Inconel 718 is a nickel-chromium-iron-based superalloy with a nickel matrix, age-hardened by the addition of elements such as niobium and molybdenum. Its success and widespread adoption are primarily attributed to three unparalleled advantages: Extremely high overall strength: Maintains excellent tensile, creep, and fatigue strength even at temperatures up
Stojak 625 Inkonel z doskonałą odpornością na korozję i utlenianie
Grade 625 Inconel Bar With Excellent Corrosion Resistance And Oxidation Resistance Inconel 625 is a nickel-chromium alloy with a nickel matrix and solid solution strengthened by molybdenum and niobium. This advanced material offers exceptional performance in demanding industrial applications. Core Characteristics Unparalleled corrosion resistance: Exceptional performance in extreme corrosive media, including oxidizing and reducing environments, particularly in chloride-ion
