Lithium Iron Phosphate Traction Battery (LiFePO₄)

Sep 1, 2026

Lithium Iron Phosphate Traction Battery (LiFePO₄)

Developed and designed by Polybet‑Export Ltd, assembled by Hefei Puleida New Energy Technology Co. Ltd, ordered by Polybet‑Export Ltd.
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Advantages

Safety

  • Resistance to overheating. LiFePO₄ does not ignite at temperatures up to 270°C, and even in cases of short circuit or overcharging, heating occurs gradually without a sudden temperature spike.
  • Chemical stability. The iron‑phosphate structure is chemically inert and does not release oxygen even when overheated (up to 270–300°C).
  • Built‑in safety measures. High‑quality LiFePO₄ batteries include a BMS (Battery Management System) that prevents overcharging, overheating, and short circuits, while also monitoring battery parameters and using this data to improve safety and extend battery life.

Charging Speed

  • LiFePO₄ batteries can be charged faster than other types of batteries. For example, when using an AC power supply, charging may take 1–3 hours. The actual charging time depends on the battery capacity, current, and charging method.
  • The recommended charging current is 0.5C (a current equal to 50% of the nominal capacity).

Environmental Friendliness

  • They do not contain toxic heavy metals (cadmium, lead). This reduces the risk of heavy‑metal pollution during production, use, or disposal.
  • Suitable for recycling – the batteries are used to recover valuable base materials such as lithium, iron, and phosphorus, which can be reused in manufacturing.
  • Proper disposal: Batteries are collected in designated containers and then sent for recycling; battery waste must not be disposed of in landfills.
  • We provide battery recycling at the end of their service life.

Durability

  • PolyBat LFP batteries come with a 3‑year or 6000‑hour operating warranty (with the option to extend to 6 years or 10,000 operating hours).
  • They can withstand up to 20,000 operating hours at a discharge range of 10% to 90%, as configured in the BMS system.
  • Even with daily use (one cycle per day), the average service life of LFP batteries is around 15 years.
  • Slow capacity degradation. The iron‑phosphate cathode remains structurally stable even after thousands of cycles, without losing its ion‑exchange capacity.
  • High current tolerance. LiFePO₄ can safely operate at charging currents up to 0.5C and discharging currents up to 3C for short periods.

Factors Determining Battery Life

  • Depth of Discharge (DoD) — the deeper each discharge cycle is, the faster the battery life decreases. Ideally, the charge should not fall below 20%.
  • Temperature conditions: Operating at temperatures above 45°C or below –20°C reduces efficiency and accelerates wear. The optimal range is –5°C to +25°C.
  • Deep discharges — discharging the battery below 10–20% of its capacity may lead to progressive capacity loss and severe damage.
  • It is recommended to use the chargers provided by Polybet‑Export Ltd, as they are programmed specifically for the PolyBat batteries offered.
  • Avoid constant charging to full capacity (100%) — it is better to maintain the charge level within the 20% to 80% range.

Inquiry Form


Traction Cells and Batteries Type PzB

Sep 1, 2026

Traction Cells and Batteries Type PzB

PzB lead‑acid traction cells are manufactured in accordance with BS standards and grouped into two series based on plate capacity (75 and 100). The cells are built from top‑quality components: the positive and negative plates are produced using established technology, while the polypropylene containers and polyethylene separators are supplied by leading European manufacturers.

  • Tubular positive plates for high performance and reliability
  • British Standard BS
  • The same number of operating cycles as a standard PzS cell
  • Manufactured under EN ISO 9001 and ISO 45001 quality control
  • Automatic water‑refilling system – optional
  • Ventilation system ensuring free gas release during battery operation and preventing direct emission of sulfuric acid aerosols
  • Protective system with safety basket/plate – protects the separator and plates from mechanical impact
Choose Your Battery

Purpose

Lead‑acid traction batteries are used as a power source providing motive energy for electric vehicles such as forklifts, industrial transport equipment, lifting machinery, cleaning machines, and many others.

Catalog

Catalogue Traction Batteries

Technical Data

PzB 75

№ ВИД ТИП ПЛОЧА ХАРАКТЕРИСТИКИ НА ЕЛЕМЕНТА РАЗМЕРИ НА ЕЛЕМЕНТА ТЕГЛО кг.
капацитет на положителната плоча Ah ТИП ЕЛЕМЕНТ брой положителни плочи капацитет A(5H) L W H без електролит с електролит
Type PLATE TYPE CELL CHARACTERISTIC Dimensions Weight kg.
Positive Plate Capacity Ah CELL TYPE Positive Plate Number Capacity A(5H) L W H without electrolyte with electrolyte
1 PzB 75 2 PzB 150 2 150 158 45 515 7,60 9,90
2 PzB 75 3 PzB 225 3 225 158 61 515 10,90 14,00
3 PzB 75 4 PzB 300 4 300 158 77 515 14,10 18,00
4 PzB 75 5 PzB 375 5 375 158 93 515 17,40 21,80
5 PzB 75 6 PzB 450 6 450 158 109 515 20,60 26,10
6 PzB 75 7 PzB 525 7 525 158 125 515 24,00 30,90

PzB 100

№ ВИД ТИП ПЛОЧА ХАРАКТЕРИСТИКИ НА ЕЛЕМЕНТА РАЗМЕРИ НА ЕЛЕМЕНТА ТЕГЛО кг.
капацитет на положителната плоча Ah ТИП ЕЛЕМЕНТ брой положителни плочи капацитет A(5H) L W H без електролит с електролит
Type PLATE TYPE CELL CHARACTERISTIC Dimensions Weight kg.
Positive Plate Capacity Ah CELL TYPE Positive Plate Number Capacity A(5H) L W H without electrolyte with electrolyte
1 PzB 100 2 PzB 200 2 200 158 45 595 9,00 11,80
2 PzB 100 3 PzB 300 3 300 158 61 595 12,90 16,60
3 PzB 100 4 PzB 400 4 400 158 77 595 16,80 22,00
4 PzB 100 5 PzB 500 5 500 158 93 595 20,70 26,50
5 PzB 100 6 PzB 600 6 600 158 109 595 24,80 31,80
6 PzB 100 7 PzB 700 7 700 158 125 595 28,70 36,70

Inquiry Form

A traction battery with a voltage from 4V to 96V can be assembled using any type of cell.


Traction Cells and Batteries Type PzS

Sep 1, 2026

Traction Cells and Batteries Type PzS

  • PzS technology with proven durability
  • Tubular positive plates with an optimal amount of positive active material (g/Ah) – for high performance, reliability, and reduced corrosion
  • Alloy with optimized Sb (antimony) content
  • Lower water consumption
  • Low temperature increase
  • High and stable final charging voltage
  • Pasted negative plates with grid design for improved stability of the negative active material
  • Improved alloys for negative grids with optimized Sb (antimony) concentration and reduced water consumption
  • Enhanced cyclic performance and high energy efficiency
  • Complete product range with dimensions according to international standards EN 60254‑2
  • Capacity range for the DIN product line: 100–1250Ah
  • Available both as 2V cells and complete batteries with various voltages ranging from 12V to 96V
  • Up to 1500 cycles per battery
  • Manufactured under EN ISO 9001 and ISO 45001 quality control
Choose Your Battery

Main Characteristics PzS (PzSL; PzSH)

  • Tubular (armored) positive plates for high performance and reliability
  • PzS technology with proven durability
  • PzSL / PzSH Increased capacity compared to the standard technology
  • More operating cycles – up to 1500 cycles per battery
  • Manufactured under DIN EN ISO 9001 quality control
  • Automatic water‑refilling system – optional
  • Electrolyte level monitoring system with valve
  • Ventilation system ensuring free gas release during battery operation and preventing direct emission of sulfuric acid aerosols
  • Protective system with safety basket/plate – protects the separator and plates from mechanical impact

Purpose

Lead‑acid traction batteries are used as a power source providing motive energy for electric vehicles such as forklifts, industrial transport equipment, lifting machinery, cleaning machines, and many others.

Catalog

Catalogue Traction Batteries

Technical Data

PzSL 50

№ ВИД ТИП ПЛОЧА ХАРАКТЕРИСТИКИ НА ЕЛЕМЕНТА РАЗМЕРИ НА ЕЛЕМЕНТА ТЕГЛО кг.
капацитет на положителната плоча Ah ТИП ЕЛЕМЕНТ брой положителни плочи капацитет A(5H) L W H без електролит с електролит
Type PLATE TYPE CELL CHARACTERISTIC Dimensions Weight kg.
Positive Plate Capacity Ah CELL TYPE Positive Plate Number Capacity A(5H) L W H without electrolyte with electrolyte
1 PzSL 50 2 PzSL 100 2 100 198 46 280 5,20 6,60
2 PzSL 50 3 PzSL 150 3 150 198 63 280 7,30 9,70
3 PzSL 50 4 PzSL 200 4 200 198 83 280 9,40 12,60
4 PzSL 50 5 PzSL 250 5 250 198 101 280 11,60 15,40
5 PzSL 50 6 PzSL 300 6 300 198 119 280 13,80 18,40
6 PzSL 50 7 PzSL 350 7 350 198 137 280 16,00 21,30
7 PzSL 50 8 PzSL 400 8 400 198 155 280 18,20 24,20
8 PzSL 50 9 PzSL 450 9 450 198 173 280 20,4 27,1
9 PzSL 50 10 PzSL 500 10 500 198 191 280 22,5 30,00

PzSL 60

№ ВИД ТИП ПЛОЧА ХАРАКТЕРИСТИКИ НА ЕЛЕМЕНТА РАЗМЕРИ НА ЕЛЕМЕНТА ТЕГЛО кг.
капацитет на положителната плоча Ah ТИП ЕЛЕМЕНТ брой положителни плочи капацитет A(5H) L W H без електролит с електролит
Type PLATE TYPE CELL CHARACTERISTIC Dimensions Weight kg.
Positive Plate Capacity Ah CELL TYPE Positive Plate Number Capacity A(5H) L W H without electrolyte with electrolyte
1 PzSL 60 2 PzSL 120 2 120 198 47 340 6,20 8,30
2 PzSL 60 3 PzSL 180 3 180 198 65 340 8,70 11,60
3 PzSL 60 4 PzSL 240 4 240 198 83 340 11,20 15,00
4 PzSL 60 5 PzSL 300 5 300 198 101 340 13,80 18,50
5 PzSL 60 6 PzSL 360 6 360 198 119 340 16,40 22,00
6 PzSL 60 7 PzSL 420 7 420 198 137 340 19,10 25,50
7 PzSL 60 8 PzSL 480 8 480 198 155 340 21,60 28,90
8 PzSL 60 9 PzSL 540 9 540 198 172 340 24,30 32,50
9 PzSL 60 10 PzSL 600 10 600 198 191 340 27,00 36,00

PzSL 80

№ ВИД ТИП ПЛОЧА ХАРАКТЕРИСТИКИ НА ЕЛЕМЕНТА РАЗМЕРИ НА ЕЛЕМЕНТА ТЕГЛО кг.
капацитет на положителната плоча Ah ТИП ЕЛЕМЕНТ брой положителни плочи капацитет A(5H) L W H без електролит с електролит
Type PLATE TYPE CELL CHARACTERISTIC Dimensions Weight kg.
Positive Plate Capacity Ah CELL TYPE Positive Plate Number Capacity A(5H) L W H without electrolyte with electrolyte
1 PzSL 80 2 PzSL 160 2 160 198 47 400 7,50 10,00
2 PzSL 80 3 PzSL 240 3 240 198 65 400 10,60 14,00
3 PzSL 80 4 PzSL 320 4 320 198 83 400 13,80 18,30
4 PzSL 80 5 PzSL 400 5 400 198 101 400 17,00 22,60
5 PzSL 80 6 PzSL 480 6 480 198 119 400 20,30 27,00
6 PzSL 80 7 PzSL 560 7 560 198 137 400 23,40 31,20
7 PzSL 80 8 PzSL 640 8 640 198 155 400 26,60 35,50
8 PzSL 80 9 PzSL 720 9 720 198 173 400 30,00 40,00
9 PzSL 80 10 PzSL 800 10 800 198 191 400 33,10 44,20

PzSL 90

№ ВИД ТИП ПЛОЧА ХАРАКТЕРИСТИКИ НА ЕЛЕМЕНТА РАЗМЕРИ НА ЕЛЕМЕНТА ТЕГЛО кг.
капацитет на положителната плоча Ah ТИП ЕЛЕМЕНТ брой положителни плочи капацитет A(5H) L W H без електролит с електролит
Type PLATE TYPE CELL CHARACTERISTIC Dimensions Weight kg.
Positive Plate Capacity Ah CELL TYPE Positive Plate Number Capacity A(5H) L W H without electrolyte with electrolyte
1 PzSL 90 2 PzSL 180 2 180 198 47 470 8,40 11,50
2 PzSL 90 3 PzSL 270 3 270 198 65 470 11,90 16,00
3 PzSL 90 4 PzSL 360 4 360 198 83 470 15,50 20,70
4 PzSL 90 5 PzSL 450 5 450 198 101 470 19,10 25,40
5 PzSL 90 6 PzSL 540 6 540 198 119 470 22,70 30,10
6 PzSL 90 7 PzSL 630 7 630 198 137 470 26,20 34,70
7 PzSL 90 8 PzSL 720 8 720 198 155 470 29,60 39,20
8 PzSL 90 9 PzSL 810 9 810 198 173 470 35,80 44,60
9 PzSL 90 10 PzSL 900 10 900 198 191 470 37,40 49,20

PzS Н 105

№ ВИД ТИП ПЛОЧА ХАРАКТЕРИСТИКИ НА ЕЛЕМЕНТА РАЗМЕРИ НА ЕЛЕМЕНТА ТЕГЛО кг.
капацитет на положителната плоча Ah ТИП ЕЛЕМЕНТ брой положителни плочи капацитет A(5H) L W H без електролит с електролит
Type PLATE TYPE CELL CHARACTERISTIC Dimensions Weight kg.
Positive Plate Capacity Ah CELL TYPE Positive Plate Number Capacity A(5H) L W H without electrolyte with electrolyte
1 PzS Н 105 2 PzS H 210 2 210 198 47 515 10,10 13,30
2 PzS Н 105 3 PzS H 315 3 315 198 65 515 14,50 19,20
3 PzS Н 105 4 PzS H 420 4 420 198 83 515 19,00 25,20
4 PzS Н 105 5 PzS H 525 5 525 198 101 515 23,30 31,00
5 PzS Н 105 6 PzS H 630 6 630 198 119 515 27,70 36,90
6 PzS Н 105 7 PzS H 735 7 735 198 137 515 31,90 42,50
7 PzS Н 105 8 PzS H 840 8 840 198 155 515 36,20 48,50
8 PzS Н 105 9 PzS H 945 9 945 198 173 515 40,50 52,50
9 PzS Н 105 10 PzS H 1050 10 1050 198 191 515 44,70 59,50

PzSL 115

№ ВИД ТИП ПЛОЧА ХАРАКТЕРИСТИКИ НА ЕЛЕМЕНТА РАЗМЕРИ НА ЕЛЕМЕНТА ТЕГЛО кг.
капацитет на положителната плоча Ah ТИП ЕЛЕМЕНТ брой положителни плочи капацитет A(5H) L W H без електролит с електролит
Type PLATE TYPE CELL CHARACTERISTIC Dimensions Weight kg.
Positive Plate Capacity Ah CELL TYPE Positive Plate Number Capacity A(5H) L W H without electrolyte with electrolyte
1 PzSL 115 2 PzSL 230 2 230 198 47 570 10,90 14,40
2 PzSL 115 3 PzSL 345 3 345 198 65 570 15,60 20,50
3 PzSL 115 4 PzSL 460 4 460 198 83 570 20,60 27,10
4 PzSL 115 5 PzSL 575 5 575 198 101 570 25,10 33,20
5 PzSL 115 6 PzSL 690 6 690 198 119 570 30,00 39,70
6 PzSL 115 7 PzSL 805 7 805 198 137 570 34,70 46,00
7 PzSL 115 8 PzSL 920 8 920 198 155 570 39,40 52,30
8 PzSL 115 9 PzSL 1035 9 1035 198 173 570 44,00 58,50
9 PzSL 115 10 PzSL 1150 10 1150 198 191 570 48,60 64,60

PzS Н 125

№ ВИД ТИП ПЛОЧА ХАРАКТЕРИСТИКИ НА ЕЛЕМЕНТА РАЗМЕРИ НА ЕЛЕМЕНТА ТЕГЛО кг.
капацитет на положителната плоча Ah ТИП ЕЛЕМЕНТ брой положителни плочи капацитет A(5H) L W H без електролит с електролит
Type PLATE TYPE CELL CHARACTERISTIC Dimensions Weight kg.
Positive Plate Capacity Ah CELL TYPE Positive Plate Number Capacity A(5H) L W H without electrolyte with electrolyte
1 PzS Н 125 2 PzS H 250 2 250 198 47 570 11,10 14,40
2 PzS Н 125 3 PzS H 375 3 375 198 65 570 16,00 20,80
3 PzS Н 125 4 PzS H 500 4 500 198 83 570 21,10 27,40
4 PzS Н 125 5 PzS H 625 5 625 198 101 570 25,80 33,80
5 PzS Н 125 6 PzS H 750 6 750 198 119 570 30,90 40,40
6 PzS Н 125 7 PzS H 875 7 875 198 137 570 35,70 46,70
7 PzS Н 125 8 PzS H 1000 8 1000 198 155 570 40,60 53,30
8 PzS Н 125 9 PzS H 1125 9 1125 198 173 570 45,30 59,60
9 PzS Н 125 10 PzSH 1250 10 1250 198 191 570 50,00 65,80

PzSL 140

№ ВИД ТИП ПЛОЧА ХАРАКТЕРИСТИКИ НА ЕЛЕМЕНТА РАЗМЕРИ НА ЕЛЕМЕНТА ТЕГЛО кг.
капацитет на положителната плоча Ah ТИП ЕЛЕМЕНТ брой положителни плочи капацитет A(5H) L W H без електролит с електролит
Type PLATE TYPE CELL CHARACTERISTIC Dimensions Weight kg.
Positive Plate Capacity Ah CELL TYPE Positive Plate Number Capacity A(5H) L W H without electrolyte with electrolyte
1 PzSL 140 2 PzSL 280 2 280 198 47 670 12,80 17,30
2 PzSL 140 3 PzSL 420 3 420 198 65 670 18,50 24,80
3 PzSL 140 4 PzSL 560 4 560 198 83 670 24,00 31,90
4 PzSL 140 5 PzSL 700 5 700 198 101 670 29,50 39,00
5 PzSL 140 6 PzSL 840 6 840 198 119 670 35,10 46,20
6 PzSL 140 7 PzSL 980 7 980 198 137 670 40,70 53,40
7 PzSL 140 8 PzSL 1120 8 1120 198 155 670 46,20 60,50
8 PzSL 140 9 PzSL 1260 9 1260 198 173 670 51,90 67,90
9 PzSL 140 10 PzSL 1400 10 1400 198 191 670 57,30 74,90

PzS Н 155

№ ВИД ТИП ПЛОЧА ХАРАКТЕРИСТИКИ НА ЕЛЕМЕНТА РАЗМЕРИ НА ЕЛЕМЕНТА ТЕГЛО кг.
капацитет на положителната плоча Ah ТИП ЕЛЕМЕНТ брой положителни плочи капацитет A(5H) L W H без електролит с електролит
Type PLATE TYPE CELL CHARACTERISTIC Dimensions Weight kg.
Positive Plate Capacity Ah CELL TYPE Positive Plate Number Capacity A(5H) L W H without electrolyte with electrolyte
1 PzS Н 155 2 PzS H 310 2 310 198 47 720 13,80 18,50
2 PzS Н 155 3 PzS H 465 3 465 198 65 720 20,10 26,80
3 PzS Н 155 4 PzS H 620 4 620 198 83 720 26,20 34,80
4 PzS Н 155 5 PzS H 775 5 775 198 101 720 32,30 42,90
5 PzS Н 155 6 PzS H 930 6 930 198 119 720 38,30 50,80
6 PzS Н 155 7 PzS H 1085 7 1085 198 137 720 44,60 59,00
7 PzS Н 155 8 PzS H 1240 8 1240 198 155 720 50,80 67,20

Inquiry Form

A traction battery with a voltage from 4V to 96V can be assembled using any type of cell.


Semi‑traction Batteries ELT 6V ÷ 12V

Sep 1, 2026

тягова батерия

Semi‑traction Batteries ELT 6V ÷ 12V

The ELT semi‑traction batteries by Elhim Iskra are batteries with liquid electrolyte and positive tubular armored plates. They are known as deep‑cycle batteries due to their capability for intensive discharge. Semi‑traction batteries are designed to deliver a relatively small amount of continuous current over long periods of several hours, down to 80% depth of discharge, followed by recharging. The specially developed lead alloys for the positive and negative plates provide better conductivity to the terminals with lower internal resistance. The proven high‑efficiency armored plate is designed with a corrosion‑resistant grid and offers higher performance in charge‑discharge cycles.

Choose Your Battery

Advantages

  • The positive tubular armored plates used in these batteries ensure reliable operation and a significantly longer service life compared to semi‑traction batteries with pasted plates of the ELF type.
  • Excellent cyclic performance
  • Outstanding vibration resistance
  • High performance under heavy operating conditions
  • Powerful and reliable
  • Cycle life: up to 1200 cycles (IEC / EN 60254‑1 / 25°C)
  • Manufactured under DIN EN ISO 9001 and ISO 45001 quality control

Purpose

They are used as an energy source in electric stackers, cleaning machines, industrial sweepers, pallet trucks, electric wheelchairs, lifting platforms, solar panel installations and solar systems, caravans, boats, yacht lighting, and more.

Catalog

Catalogue Light Traction ELF_ELT

Technical Data

ELT

ТИП  / Type Тип Плоча / Type PLATE МОДЕЛ/MODEL КУТИЯ Nominal voltage C20 A Размер/Dimensions Тегло ЧЕРТЕЖ ТЕРМИНАЛ БАЗА
без електролит с електролит
BOX V L W H Weight LAYOUT TERMINAL BASE
/mm/ /mm/ /mm/ without electrolyte with electrolyte
ELT TUBULAR PLATE ELT6-175 6US 6 220 260 180 280 23,9 30,6 0 DUAL; A B0
ELT TUBULAR PLATE ELT6-175 6US 6 220 260 180 280 23,6 30,3 0 A B0
ELT TUBULAR PLATE ELT6-185 DINGolf 6 240 243 189 277 24,5 31,5 0 A B0
ELT TUBULAR PLATE ELT8-140 8US 8 180 260 180 280 24 32 1 DUAL; A B0
ELT TUBULAR PLATE ELT12-90 Compact90 12 115 343 172 235 26 34 0; 1 A B0
ELT TUBULAR PLATE ELT12-120 Compact120 12 140 343 172 290 32 41,8 0; 1 A B0
ELT Deep Cycle TUBULAR PLATE ELT6-280 6AGL240 6 350 312 180 360 35,1 47,8 0 DUAL; A B0
ELT Deep Cycle TUBULAR PLATE ELT6-320 6AGL280 6 400 312 180 410 41,7 56,1 0 DUAL; A B0

Weight tolerance is ± 5%

Inquiry Form


Semi‑traction Batteries ELF 12V

Sep 1, 2026

Semi‑traction Batteries ELF 12V

The plates used in these batteries ensure reliable performance throughout the battery’s service life.

Semi‑traction blocks of the ELF type are traction batteries with liquid electrolyte and positive pasted plates.

Choose Your Battery

Advantages

  • Very good vibration resistance
  • Economical and reliable
  • Cycle life: up to 500 cycles (IEC / EN 60254‑1 / 25°C)
  • Manufactured under DIN EN ISO 9001 and ISO 45001 quality control

Technical Data

ELF

Тип Плоча / Type PLATE МОДЕЛ/MODEL КУТИЯ Nominal voltage C5 A Размер/Dimensions Тегло ЧЕРТЕЖ ТЕРМИНАЛ БАЗА
без електролит с електролит
BOX V L W H Weight LAYOUT TERMINAL BASE
/mm/ /mm/ /mm/ without electrolyte with electrolyte
FLAT PLATE ELF12-38 L1 12 38 208 175 190 9,5 13,2 0;1 A B3
FLAT PLATE ELF12-50 L2 12 50 242 175 190 11,2 15,5 0;1 A B3
FLAT PLATE ELF12-60 L3 12 60 278 175 190 13,8 18,6 0;1 A B3
FLAT PLATE ELF12-80 L5 12 80 353 175 190 17,2 23,6 0;1 A B3
FLAT PLATE ELF12-60J J7 12 60 260 170 220 17,5 20,5 0;1 A B0
FLAT PLATE ELF12-70J J0 12 70 303 175 230 17,8 23,6 0;1 A B0
FLAT PLATE ELF12-90 C90 12 90 343 172 235 18 26,5 0;1 A B0
FLAT PLATE ELF12-120 A 12 120 513 189 220 25,7 34,6 3;4 A B0
FLAT PLATE ELF12-155 B 12 155 513 223 220 30,8 43,1 3;4 A B0
FLAT PLATE ELF12-190 C 12 190 517 275 241 38,5 56,4 3;4 A B0

Weight tolerance is ± 5%

Purpose

They are used as an energy source in wheelchairs, trucks, caravans, boats, cleaning machines, solar systems, lifting equipment, golf carts, yacht lighting, and more.

Catalog

Catalogue Light Traction ELF_ELT

Inquiry Form


POLYBET EXPORT
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