75mAh CR2016 Button Batteries Coin Lithium-Manganese Dioxide

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Product
75mAh CR2016 Button Batteries Coin Lithium-Manganese Dioxide
Posting date : May 03, 2018
Membership
Free Member Scince Mar 02, 2018
Port
JIANGSU,CHANGZHOU, China (Mainland)
Payment Terms
T/T, L/C, W
Package
10,000pcs/carton , Carton size:28.5cm*28.5cm*22cm
Keyword :
Category
Contact
Monica
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Product Detail
Company Info
 
Quick Detail
Place of Origin
China [CN]
Brand Name
NT / OEM
Model Number
CR2016
HS-CODE
85-
Package & Delivery Lead Time
Package
10,000pcs/carton , Carton size:28.5cm*28.5cm*22cm
Detailed Description
Description - - - - Product Details | Model | CR2016 | Type | Lithium Button Cell | Dimension | 20mm*1.6mm | Jacket | Metal Cover or metal cover with nickel plating | Shape | Coin | Weight | 1.7g | Voltage | 3V | Capacity | 90mAh (Load Resistance: 30k, Cutoff Voltage: 2.0V at 20) | Temperature | -20~+60 degree | MOQ | 100pcs | If Rechargeable | Yes | Certification | ROHS, IEC, UN38.3, MSDS, ISO9001, REACH....... | If OEM | Yes | Samples Service | Free samples available | Shipping | For samples: liba brand samples, delivery within 5 days Customized samples, delivery within 7-9 days For liba brand: Sufficient stocks, delivery at any time. For OEM: Within 100k pcs, 10-15 days; 100-500k pcs, 15-20 days; over 500k pcs, 25-30 days. | Payment Term | L/C, T/T, D/P, D/A, Western Union, Paypal... | Storage Life | 3 years | Application | Electronic Calculator, Toys, Lighting, etc. | - - - - Button Cell 2016 Discharge Record Table Load Resistance: 30k Cutoff Voltage: 2.0V at 20 PREMA Button Battery Core Competencies: -HIGH POWER, STRONG BATTERY -NEW MATERIAL & TECHNOLOGY -QUALIFIED CELL , WORK LONGER -STRONG VOLTAGE , HIGH EFFICIENCY POWER, WORK MORE POWERFULLY Accurate Production Inventory Management Lean production model, the average material inventory less than 30 days. The work efficiency is 2-3 times than same industry competitors. Fast delivery, not due to their location and lead to longer delivery. Control products are fresh. Ensure that customers receive all the new products, to avoid the performance difference between the old and new. Relative Product - - - - Model No. | Nominal Voltage | Nominal Capacity | Current | Max Dimensions(mm) | Standard Current | Continuous Current | Pulse Current | Diameter * Thickness | CR1620 | 3V | 75mAh(47k) | 0.06mA | 1.0mA | 10mA | 16.0mm*2.0mm | CR1632 | 3V | 120mAh(30k) | 0.1mA | 1.0mA | 15mA | 16.0mm*3.2mm | CR2016 | 3V | 90mAh(30k) | 0.1mA | 1.0mA | 15mA | 20.0mm*1.6mm | CR2025 | 3V | 160mAh(15k) | 0.2mA | 1.0mA | 25mA | 20.0mm*2.5mm | CR2032 | 3V | 240mAh(15k) | 0.2mA | 1.0mA | 15mA | 20.0mm*3.2mm | CR2450 | 3V | 600mAh(7.5k) | 0.4mA | 3.0mA | 20mA | 24.0mm*5.0mm | The model can be customized according to customer needs | - - - - Suggestions and cautions 1.DO NOT MAKE THE BATTERIES TO SUFFER FROM SHORT CIRCUIT Short circuit is caused by mutual contact or contact of metal pieces to positive (+) and negative (-) terminal. A jumble, for instance, in consequence of mutual stack of the batteries is one of corresponding cases. Batteries in these state of short circuit, will generate heat and may explode and cause fire. 2.DO NOT HEAT THE BATTERIES The batteries may explode or furiously burn when being heated over 100 or disposed of in fire. 3.DO NOT SOLDER THE BATTERIES DIRECTLY Heat by direct soldering to the batteries may destruct the resin at gasket and/or separators, cause electrolyte leakage or internal short-circuiting, and develop explosion or fire. The soldered batteries may damage mounted devices in a long term of use, even though the batteries show no affection suffered right after the soldering. 4.DO NOT RECHARGE, DISASSEMBLE, OR DEFORM THE BATTERIES Recharging, disassembling and deforming the batteries may result in gas generation, leakage, explosion, or, in fire caused by heat generation at lithium. 5. KEEP THE BATTERIES AWAY FROM CHILDREN If infant happens to swallow the battery, consult a doctor immediately. 6. DO NOT MAKE THE BATTERIES TO SUFFER FROM SHORT CIRCUIT WHEN THE BATTERY IS DISPOSED When the battery is disposed, isolate positive (+) terminals of battery to avoid those terminals touch each other. 7. INSERT THE BATTERIES(+)(-) CORRECTLY Pay attention the sign (+)(-) on battery and devices. Erroneous insertion of the batteries may result in battery short-circuiting depending on types of devices. Also, it will cause leakage, heat generation, explosion, fire or bodily injury.

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