zeetex battery

Why Zeetex Batteries?

Zeetex use a GM-patented gas/liquid separator and have the lowest self-discharge rate, making it the most convenient, maintenance-free battery for consumer usage. Furthermore, Zeetex MF batteries contain calcium, tin and lead, making them highly resistant to corrosion, and last up to 3 times longer than the competition.

We here at Zeetex Corporation have amassed a great deal of technology used to produce batteries for cars, UPS, telecommunications and other batteries for industrial use and create ideal environments for national organizations. Now, in addition to batteries for cars and industry, Zeetex is expanding its scope of business to high-tech products for specialized fields, including ships and airlines.

Thorough Quality-Controlled System

The superiority of Zeetex batteries begins with a thorough quality-controlled system. Quality control management is carried out in 2-hour intervals at Zeetex. An exhaustive, 11-step quality control process, including work monitoring, charge/discharge testing, material testing and product testing, is used to eliminate the production of defective batteries.

Research and Development

Zeetex batteries prepare for the future through continuous Research & Development and improved service. Selected by the Ministry of Commerce, Industry and Energy in 1984 as the manufacturer of high-tech products, Zeetex also received the ISO 9001 for business management in 1995, the ISO 14001 for environment-related issues in 1996 and the QS 9000 for good quality in 1997. Zeetex continues to make tireless efforts for research and development and for improving service.

In response to the requests and demands of each of our customers, Zeetex continuously strives for the development of new products, including batteries for taxis, car stereos, RVs and telecommunications. Pursuing the production of multi-faceted products, Zeetex, in conjunction with GM is speeding up the development process for batteries designed for electric cars, a core technology for these machines of the near future

No need to Distilled water

Zeetex batteries use special alloy calcium lead for minimal fluid loss (less than 1/10 of other batteries) meaning that there is no need to replenish distilled water throughout the life of the battery.

 

Strong Charge

The use of calcium alloy grids and low resistance envelope separators means that Zeetex batteries have 20% improved charging ability compared to other batteries, even during intense heat or cold.

 

Low Rates of Self-Discharge

Calcium alloy grids provide prompt turnover even after long periods of standing.

 

Mounted Hydrometer

A mounted hydrometer allows you to check the status of the battery.

 

Long Life

Special alloy grids prevent corrosion and extend the life of the battery (with) making it the economically practical choice.

 

Benefits of the Lead Calcium Grid Technology

Benefit 1. Distilled water supplementation free

The local action of conventional lead-antimony batteries, due to the effects of the antimony ions during battery use, electrolyzes battery fluid (electrolytes) into oxygen and hydrogen to deplete the battery of fluid. In such conventional batteries, users need to replenish the battery with distilled water or risk the deterioration of battery performance and life Zeetex batteries, however, use a special alloy calcium-lead, which leads to extremely low levels of fluid loss. Hence, as long as the charging system of the car remains error-free throughout the life of the battery, there is no need to supplement the battery with distilled water.

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Benefit 2. Recharging free

The phenomenon of self-discharge causes lead-acid batteries to consume charged power, even when the battery is not in use (i.e. during storage). This is due to the impurities contained in the lead alloy, which induces local action and, thus, consumption of electrical energy. Zeetex batteries, on the other hand, uses highly-refined, hand-selected lead alloys that render extremely low rates of self-discharge and maintains high battery performance even after long periods of disuse.

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Benefit 3. Overcharge risk free

The Battery mounted on vehicles can always be charged while vehicles are in operation. In general, the current being charged is adjusted to high or low level by the regulator which controls the size of voltage.
When Battery is in the state of near full charge under the condition of voltage already set, the value of current being charged must be decreased to prevent battery from being overcharged to maintain high performance for a long time. as shown on graph, the charging current of Zeetex calcium battery is reduced to extremely low level when the battery is in near full-charge state, eliminating to near zero the danger of battery being overcharged.

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Benefit 4. Thermal runaway free

When battery is near full-charge state while battery is being used in hot places (temperature approximately 70 C), the current being charged must be decreased to prevent battery damage resulting from over charging. The charging current level of lead-acid battery decreases at initial stage but raises again due to the effects of a few kinds of substance contained in the grid alloy, and the grid is damaged and performance deteriorated due to this thermal phenomenon. ZEETEX Battery, however, is free of substances containing such harmful effects, and the current being charged becomes extremely low level when battery is fully charged in high-temperature, leading to the prevention of overcharging.

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Specifications

AMERICAN VEHICLE (BCI)

Technical Specifications for Wetcharged Battery

DIN TYPE 20 Hr rate Capacity at (Ah) Reserve Capacity CCA Overall Dimensions(mm) HANDLE TERMINAL POL
Length Width T.Height
34-610 66 110 610 260 173 205 NO STD RIGHT
58-60 48 80 560 242 173 176 PBH STD RIGHT
65-72S 85 160 850 302 185 192 PBH STD RIGHT
75-60 55 90 650 239 179 186 PBH SIDE RIGHT
78-730 70 125 730 269 179 186 PBH SIDE RIGHT
78A-72 65 110 670 269 179 186 PBH SIDE RIGHT

EUROPEAN VEHICLE (DIN)

Technical Specifications for Wetcharged Battery

DIN TYPE Capacity at 20 Hr rate(Ah) Reserve Capacity CCA Overall Dimensions(mm) HANDLE TERMINAL POL.
Length Width T.Height
53520 MF 35 52 275 197 129 227 PH JIS LEFT
53522 MF 35 52 275 197 129 227 PH JIS RIGHT
54519 MF 45 75 410 244 175 175 PH STD LEFT
55559 MF 55 90 525 244 175 190 PH STD LEFT
56030 MF 60 90 525 244 175 190 PH STD LEFT
56219 MF 62 95 580 244 175 190 PH STD LEFT
56220 MF 62 95 580 244 175 190 PH STD RIGHT
56638 MF 66 110 500 277 174 188 PH STD LEFT
57412 MF 74 135 680 277 174 188 PH STD LEFT
57413 MF 74 135 680 279 175 190 PH STD RIGHT
57539 MF 75 120 630 277 174 174 PH STD LEFT
58827 MF 88 160 600 354 175 190 PH STD LEFT
60038 MF 100 170 650 354 175 190 PH STD LEFT

JAPANESE VEHICLE (JIS)

Technical Specifications for Wetcharged Battery

SIZE NEW JIS TYPE Capacity at 20 Hr rate(Ah) Reserve Capacity CCA Overall Dimensions(mm) HANDLE TERMINAL POL.
Length Width T.Height
105D31L 105D31L 90 160 680 306 173 225 PH STD LEFT
105D31R 105D31R 90 160 680 306 173 225 PH STD RIGHT
115D31L 115D31L 100 170 780 306 173 225 PH STD LEFT
115D31R 115D31R 100 170 780 306 173 225 PH STD RIGHT
55D23L 55D23L 60 112 490 230 173 225 PH STD LEFT
55D23R 55D23R 60 112 490 230 173 225 PH STD RIGHT
85B60K 85B60K 55 90 550 230 173 205 PH STD LEFT
85BR60K 85BR60K 55 90 550 230 173 205 PH STD RIGHT
N100 100 MF 100 185 750 408 174 234 RH STD RIGHT
N120 120 MF 120 230 800 505 182 234 RH STD LEFT
N150 150 MF 150 300 950 508 215 234 RH STD LEFT
N170 170 MF 380 1,090 508 215 234 234 RH STD LEFT
N200 200 MF 200 430 1,000 512 277 241 RH STD LEFT
N50 48D26R 50 81 350 260 173 225 PH STD RIGHT
N50L 48D26L 50 81 350 260 173 225 PH STD LEFT
N50Z 55D26R 55 90 475 260 173 225 PH STD LEFT
N50ZL 55D26L 55 90 475 260 173 225 PH STD LEFT
N70 65D31R 70 52 120 530 306 173 225 STD RIGHT
N70L 65D31L 70 120 530 306 173 225 PH STD LEFT
NS40ZL 42B19L 35 52 300 187 127 227 PH JIS LEFT
NS60 55B24R 45 80 430 238 129 227 PH JIS RIGHT
NS60L 55B24L 45 80 430 238 129 227 PH JIS LEFT
NS60LS 55B24LS 45 80 430 238 129 227 PH STD LEFT
NS60RS 55B24RS 45 80 430 238 129 227 PH STD RIGHT
NS70 65D26R 65 110 550 260 173 225 PH STD RIGHT
NS70L 65D26L 65 110 550 260 173 225 PH STD LEFT
NX110-5 80D26R 75 140 580 260 173 225 PH STD RIGHT
NX110-5L 80D26L 75 140 580 260 173 225 PH STD LEFT
NX120-7 95D31R 80 140 620 306 173 225 PH STD RIGHT
NX120-7L 95D31L 80 140 620 306 173 225 PH STD LEFT
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