Energy Storage & High-Temperature AGM Separator

AGM separator for clean-energy storage and telecom batteries, including high-temperature service.

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AGM separator

1.0–2.5 mm @10 kPa165 g/m²·mmhigh-temp duty

Illustrative 3D rendering; not to scale. Specifications are drawn from the printed catalogue and company technical materials.

01 · THICKNESS

1.0–2.5 mm @10 kPa

SECTION A–ACUT EDGE · SCHEMATIC
AGM separator cut-edge sectionSchematic section showing the two faces of the AGM separator, its porous glass-fiber matrix and the thickness measurement axis. Not to scale.

02 · FIBER MATRIX

high-temp duty

03 · IN THE CELL

165 g/m²·mm

Technical data

Specifications and performance data

Catalogue specifications and design targets are shown together. The chart displays approximate compression and recovery values at 10 and 100 kPa only. Contact us to discuss customer-specific tolerances.

1.0–2.5mm
Thickness range @10 kPa
165g/m²·mm
Density
0.5–2.0μm
Avg. fiber diameter
≥ 1.5m²/g
Specific surface area (BET) design target
≥ 32°SR
Avg. beating degree design target
Catalogue endpoints · 10 / 100 kPa compression dry recovery wet recovery
1.81 mm 1.15 mm 21.510.5 0 10 100 kPa

Only approximate 10 and 100 kPa endpoint values read from the printed catalogue are shown. Straight connectors are visual guides, not measured intermediate-pressure data.

Stable and reliable float performance
Dependable long-discharge performance
High puncture resistance retained at elevated temperature, helping prevent short circuits
Strong resistance to heat-driven collapse and shrinkage across large temperature swings
Strong elastic recovery to maintain plate-group pressure

Third-party SEM, ICP and BET reports are available on request. Products are RoHS & REACH compliant.

Download preliminary TDS (PDF)
Duty cycle

Key requirements for high-temperature service

High ambient temperature shortens float life. This series is engineered to resist collapse and aging under sustained heat, helping maintain separator structure and plate-group compression across wide temperature swings.

A density of 165 g/m²·mm and thickness of 1.0–2.5 mm at 10 kPa provide electrolyte capacity for extended discharge, while 0.5–2.0 μm fibers help retain puncture and dendrite resistance at elevated temperature.

01

Sustained heat

High ambient temperature shortens float life. The structure resists collapse and aging under sustained heat, helping maintain plate-group pressure.

02

Extended discharge periods

A density of 165 g/m²·mm with 1.0–2.5 mm thickness at 10 kPa provides electrolyte capacity for extended discharge.

03

Temperature swings

Fine 0.5–2.0 μm fibers keep puncture and dendrite resistance even when hot; elastic recovery holds compression across large temperature swings.

Samples & TDS

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