Precision Slit Inconel 600 Strip for Sensor Diaphragms (0.1mm-1.5mm)

Precision slit Inconel 600 strip is an engineered nickel-chromium-iron alloy specifically manufactured for high-reliability electronic sensor diaphragms, pressure transducers, and micro-electromechanical components. Delivered in a fully annealed, bright-finished state with thicknesses ranging from 0.1mm to 1.5mm, this precision slit Inconel 600 strip offers consistent spring deflection, zero burr edges, and superior stability under extreme thermal and corrosive operating environments.

Electronic pressure sensors, level transmitters, and flow measurement diaphragms require raw materials with micro-structural uniformity, tight gauge consistency, and repeatable spring-back rates. Precision slit Inconel 600 strip addresses these critical engineering demands by combining high nickel content with chromium solid-solution strengthening, ensuring stable elastic modulus across both cryogenic and elevated temperatures.

Manufactured through cold precision rolling and hydrogen-protected continuous bright annealing, our precision slit Inconel 600 strip maintains ultra-clean grain boundaries, minimal residual stress, and an isotropic mechanical profile. Custom slitting knives guarantee smooth, burr-free edges that eliminate micro-cracking during deep drawing, stamping, and micro-welding of sensor capsules.

High-precision multi-roller rolling mills ensure gauge uniformity across the entire coil width with thickness tolerances held within +/- 0.003mm on ultra-thin gauges. This micro-precision guarantees repeatable linear deflection and pressure sensitivity across millions of pressure cycles in electronic sensor diaphragms.

Advanced slitting technology produces clean, burr-free edges with zero edge camber or coil wavy edges. This smooth profile prevents edge stress concentration, ensuring flawless deep drawing and hermetic laser micro-welding onto sensor housings without secondary deburring.

With a high nickel base augmented by chromium, precision slit Inconel 600 strip resists high-temperature oxidation up to 1150°C and maintains mechanical integrity in halogen, chloride, and sulfur-free atmospheres. It prevents diaphragm drift caused by thermal expansion mismatch or surface degradation.

Controlled atmosphere bright annealing provides an ultra-clean, carbon-controlled microstructure free of internal stresses. This structural stability minimizes hysteresis, eliminating baseline drift and zero-point calibration shifts in high-precision transducers.

Serves as the primary corrugated or flat diaphragm material in industrial pressure transmitters, differential pressure cells, and absolute pressure transducers operating in corrosive oil, gas, and chemical processing media.

Applied in exhaust gas pressure sensors, turbocharger boost monitors, and fuel injection pressure capsules where rapid thermal cycling and extreme vibration resistance are mandatory.

Maintains ductility and fracture toughness at sub-zero temperatures, making it suitable for LNG storage monitoring, aerospace cryogenic instrumentation, and ultra-high vacuum chamber seals.

Utilized for specialized spring clips, thermal expansion compensating plates, and sensitive electronic connectors requiring high electrical resistivity and thermal fatigue endurance.

DLX operates complete internal production lines encompassing vacuum induction melting, electroslag remelting, multi-pass cold rolling, and automated tension leveling. This end-to-end metallurgical control guarantees ultra-high purity, low inclusion levels, and complete batch-to-batch compositional repeatability.

Equipped with high-precision CNC slitting lines capable of narrow-width coils down to 3.0mm width. All coils undergo automated edge deburring, tension winding, interleaving paper protection, and sealed moisture-proof packaging to ensure ready-to-stamp delivery worldwide.

With a unified production capacity of 1,200 tons per month across specialized nickel and high-temperature alloy lines, DLX supports dynamic minimum order quantities based on strip gauge and width for prototype validation as well as continuous large-scale supply for tier-one automotive and sensor manufacturers.

Every master coil and slit lot is verified for chemical composition via direct-reading spectrometry, surface roughness via laser profilometry, micro-hardness distribution, tensile properties, and grain size consistency prior to dispatch.

Stainless steels often suffer from stress corrosion cracking, mechanical hysteresis, and drift in elasticity under elevated temperatures. Precision slit Inconel 600 strip maintains a steady elastic modulus, exceptional fatigue endurance, and virtually zero stress relaxation up to 600°C, ensuring long-term measurement accuracy in harsh process media.

Through multi-axis automated gauge control rolling, thickness tolerances can be controlled within +/- 0.002mm to +/- 0.005mm depending on the exact nominal thickness and strip width, providing optimal spring constant consistency for sensitive diaphragm stampings.

Yes. While bright annealed soft condition is standard for deep-drawn corrugated diaphragms, quarter-hard, half-hard, and full-hard cold-worked tempers are engineered on demand to meet specific yield strength and spring-back requirements.

Our precision rotary slitter uses high-wear tungsten carbide blades with micro-adjusted clearances, followed by online edge inspection. This eliminates burrs, slivers, and deformation, ensuring clean weld seams during laser, TIG, or electron-beam welding processes.

Slit coils are precision-wound on steel or cardboard cores, secured with protective edge guards, vacuum-packed with desiccant in moisture-barrier bags, and packed into reinforced wooden crates to prevent transit vibration and corrosion.