flexible geometric premium linear wave spring

{"cid":"91225219","title":"Premium Linear Wave Spring with Uniform Long-Axis Load Distribution , Flexible Geometric Adaptability and High Stroke Efficiency","imgUrl":"https:\/\/img.chinax.com\/nimg\/0a\/b7\/3578443abab16db4a0af617b4324-200x200-1.jpg","attrs":{"Precision Tolerance":"\u00b10.05 mm to \u00b10.20 mm (width)","Testing Capabilities":"XRF, load testers, fatigue rigs","Stroke Efficiency":"High in compact spaces","Material Thickness":"0.15 mm to 4.00 mm","Height Tolerance":"\u00b10.10 mm to \u00b10.45 mm","Length Tolerance":"\u00b10.50 mm to \u00b12.00 mm","Strip Width":"2.00 mm to 60.00 mm","Wave Pitch":"Tailored per load specification","Corrosion Resistance":"High (SUS 316, Inconel)","Installation Flexibility":"Straight, cut, or wrapped","Surface Treatments":"Zinc Phosphating, Electropolishing, Dacromet","Free Height":"1.00 mm to 30.00 mm","Load Capacity":"\u00b110% of theoretical force","Strip Length":"50.00 mm to 3000.00 mm","Structural Stability":"Pre-set for long-term reliability","Temperature Resistance":"Up to 700\u00b0C (Nickel-Chromium Superalloys)","Load Distribution":"Uniform across length","Material Types":"Carbon Spring Steels, Austenitic Stainless Steels, Precipitation-Hardening Stainless Steel, Nickel-Chromium Superalloys","Fatigue Resistance":"High (17-7PH, Inconel)","Thermal Stability":"Up to 315\u00b0C (17-7PH)"}}

{"cid":"91200985","title":"Mid Wave Type II Superlattice 640x512 15\u03bcm Cooled Infrared Detector for Integrated Dewar Cooler Assembly","imgUrl":"https:\/\/img.chinax.com\/nimg\/fa\/05\/b4a989ab89672bdbcc85263e64a0-200x200-1.jpg","attrs":{"Price":"Negotiable","Brand Name":"SensorMicro","Model Number":"C615H","Minimum Order Quantity":"1 Piece","NETD":"20mK (F2\/F4)","Response Non-uniformity":"\u22648%","Certification":"ISO9001:2015; RoHS; Reach","Place of Origin":"China","Payment Terms":"T\/T","Resolution":"640x512 \/ 15\u03bcm","Max. Frame Rate":"100Hz","Effective Pixel Rate":"\u226599.76%","Spectral Range":"3.7\u00b10.2\u03bcm~4.8\u00b10.2\u03bcm"}}