CTECHi  >  AI - Page Sitemap  >  digital rechargeable button cell batteries design for household
digital rechargeable button cell batteries design for household

digital rechargeable button cell batteries design for household
  • digital rechargeable button cell batteries design for household

digital rechargeable button cell batteries design for household

The additional functions of CTECHi product deliver more economic benefits to customers. A free solution can be designed for the customer
Inquire Online
Get the latest price
Quantity Needed:
Pieces
E-mail:
Product Details
The ML621 is a ML series lithium ion button battery with a diameter of 6 mm, a thickness of 2.1 mm and a capacity of 5 mAh. Compared with silver oxide batteries and zinc-air batteries, the ML621 has a higher voltage (3V) and can be recharged after the battery is used. It is a compact and lightweight high-performance button battery.
  • ML621 rechargeable button battery solder piece details
  • ML621 rechargeable button battery charge property
  • ML621 rechargeable button battery discharge characteristics
  • ML621 rechargeable button battery high rate discharge characteristics
  • ML621 rechargeable button battery relationship between discharge current and duration time
  • ML621 rechargeable button battery temperature characteristics
Application Scope
The ML621 is a compact and lightweight lithium-ion button battery with high voltage, good stability and long service life, and it can be used at a lower cost because it can be charged. Can be used in some small electronic products, such as car keys, calculators, watches, electronic scales and computer motherboards.
  • ML621 lithium button battery can be used in Calculator
  • ML621 lithium button battery can be used in car key
  • ML621 lithium button battery can be used in watch
rechargeable button cell batteries description
Processing 3v rechargeable coin battery technology improves greatly the durability and endurance of rechargeable button cell batteries . A free solution can be designed for the customer
digital rechargeable button cell batteries design for household-1
digital rechargeable button cell batteries design for household-2
rechargeable button cell batteries SPECIFICATIONS
OriginCHINA GUANGDONG
PackageIndustrial Package
CertificateCE/RoHS/UN38.3/MSDS
Warranty1 Years
Colorsilver
MOQ10prices
PaymentD/A, D/P, T/T, Western Union
BrandCTECHi
Weight0.23g
ItemML621 lithium battery
Voltage Nominal3.0V
Capacity Nominal5mAh
Energy0.015Wh
Dimension6*2.1mm
Chargeyes
Operating Temperature-20+60℃
The product is delivered in a quick way: 7 days for samples and 15-20 days for a batch of goods. It is manufactured in high efficiency which is backed by 13+ year experience. The product is updated frequently to ensure that it leads the market trend.
Suggested Videos
Some basic tests for CTECHi 3v rechargeable coin battery have been conducted. These tests include rubbing fastness testing, color bleeding testing, shrinkage testing, color matching testing, and pilling testing.
The safety of CTECHi rechargeable button cell batteries must meet relevant quality regulations. They include GB18401-2010 National Basic Safety Technical Specifications for Textile Products and GB5296.4-1998 Instruction Use for Textiles and Garments.
CTECHi rechargeable button cell batteries undergoes a series of quality tests. They include symmetry check of fabrics, colorfastness, adhesive check (logos, tag, care labeling), stitch damage check, etc.
CTECHi rechargeable button cell batteries goes through careful designing. This process starts with a firm idea about the color story, fabric story, silhouette, details, pattern, and texture.
The fabrics for CTECHi rechargeable button cell batteries are selected based on various required properties of clothes. These properties are bending rigidity, evenness, frictional properties, wickability, thermal insulation, liquid-vapour permeability, air permeability, etc.
The quality of the product is in strict accordance with the industry quality norms.
Product Message
Chat Online 编辑模式下无法使用
Leave Your Message inputting...