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Car BatteryWarranty 3 years

BLUSH 027 60Ah 560 CCA Car Battery

The G8 is a Blush battery. Varta Blue Dynamic batteries are among the most popular car batteries in Europe. Regardless of whether you drive a small car or a car with a lot of technical equipment, a Varta Blue Dynamic battery fits very often. The battery's cold cranking current is 830 A. The dimensions of the product are 306 x 173 x 225 mm. You should use the dimensions of your old battery as a guide for your selection.

Category Batteries (EV, Portable, Industrial)

Title

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Brand BLUSH
SKU BLUSH-1234
EAN 3223234234566
Manufacturer: BLUSH
Cold Cranking: 560
Part Number: 027
Weight: 16.50Kg
Volt: 12
Capacity (AH): 60

Carbon Footprint

Lifecycle Emissions Distribution


End of life
23%
Manufacturing
64%
Use
13%

A car battery’s carbon footprint is largely shaped by its manufacturing, which makes up 64% of lifecycle emissions—driven by energy-intensive material sourcing and production. Usage contributes 24%, depending on charging habits and grid energy mix, while end-of-life processes like recycling account for 13%. Reducing impact means focusing on cleaner production and efficient reuse.

Emissions Comparison

Industry Benchmarking


This car battery emits 25 kg CO₂e—below the industry average of 30 kg, but still above the 2025 target of 20 kg.

Environmental Impact

Manufacturing & Production

Energy Consumption 18.5 KWh/unit

35% below average

Water Usage 12.3 L/unit

60% below average

Waste Generation 0.32 kg/unit

75% below average

Recycled Content

Metal Composition (%)

Total Recycled 45%
Aluminum 42%
Copper 53%
Nickel 63%
Cobalt 68%
Manganese 17%
Lithium 1%
Plastics 50%
Advancing recycling technologies and regulations are key to improving these rates and supporting a circular battery economy.

Material Composition

Proportional Breakdown


Aluminum
11%
Cobalt
6%
Copper
9%
Graphite
28%
Manganese
5%
Nickel
15%
Plastics
26%

Modern car batteries, especially those used in electric vehicles, are composed of a diverse mix of materials that contribute to their performance and structure. Graphite forms the largest share at around 28%, serving as the anode material. Nickel (15%), cobalt (6%), manganese (5%), and lithium (7%) are key components of the cathode, influencing energy density and stability. Aluminum (11%) and copper (9%) are used in current collectors and structural elements, while plastics (19%) provide insulation and casing. This balanced composition supports both functionality and recyclability, though recovery rates vary widely across materials.

Battery Durability

Capacity Over Charge Cycles

The battery demonstrates a steady decline in capacity over its lifecycle. Starting at full strength (100%), it retains about 80% capacity after 300 charge cycles and drops to 50% by 500 cycles. This performance is typical of lead-acid technology, which prioritizes reliability and cold-start power (560 CCA) over long-term energy retention. While not as cycle-durable as lithium-ion alternatives, its proven chemistry and recyclability make it a dependable choice for conventional vehicles.

Chart Note

Environmental Resilience

Operating Conditions

Temperature Range -10°C to 80°C
-30°C 100°C
Water Resistance
IP67
Impact Tested
Drop tested from 1.5m
This combination of durability and resilience makes battery a reliable choice for standard automotive use, even in moderately harsh conditions.

Performance Benchmarking

Industry Comparison

Charge Cycles(Cycles)
+200
1200 Cycles Avg: 1000 Cycles
Cold Cranking Amps(amps)
+100
760 amps Avg: 660 amps
Self-Dischage Rate(%)
-2
3 % Avg: 5 %

The product demonstrates strong performance across key benchmarks, outperforming industry averages in all three categories.

Critical Materials

Resource Utilization

Cobalt
DR Congo & Recycled
Medium
Lithium
Australia & Argentina
High
Nickel
Indonesia & Philippines
Low

Recovery Rate: ~95% average (lead-acid batteries are among the most recycled products globally)

Material Risk Analysis

Supply Chain Factors

The battery balances reliable performance with moderate material risks, thanks to its stable sourcing and high recyclability.

Supply Chain Transparency

Sourcing Ethics

Conflict-Free Materials 100%

All materials sourced from verified conflict-free suppliers in compliance with OECD guidelines.

Factory Audits Completed

Regular third-party audits ensure ethical labor practices and environmental compliance.

Traceability 100%

Digital tracking from raw material extraction to final assembly.

The battery is produced using conflict-free materials and verified labor practices, backed by third-party supplier audits for full traceability and ethical compliance.

Regulatory Compliance

Overview of key certifications & legal requirements

CE

European Conformity

Certified

UN38.3

Transportation Safety Testing

Passed

Battery Directive 2006/66/EC

EU Battery Regulations

Compliant

The battery complies with major EU chemical safety regulation...

Testing and Verification

Quality Assurance & Standards

Safety
PASSED
Performance
PASSED
Environmental
PASSED
Test Date Report ID
Safety Testing 2025-10-26 #ST-2024-675
Performance Validation 2025-10-26 #PV-2024-812
Environmental Testing 2025-10-26 #ET-2024-394

All battery products undergo comprehensive testing and verification to ensure compliance with safety, performance, and environmental standards. For additional details on test procedures or certification reports, please contact the manufacturer or refer to the report IDs listed above.

Environmental Compliance

Eco-Standards Met

✓ Extended Producer Responsibility

Compliant with EU Battery Directive 2006/66/EC for collection, recycling, and waste management.

✓ Hazardous Materials Restriction

RoHS compliant with limited use of hazardous substances.

✓ Carbon Disclosure Protocol

Annual reporting of GHG emissions across the value chain.

✓ ISO 14001:2015

Certified environmental management system in manufacturing facilities.

Certified by accredited third-party environmental auditors.

Return Programs

Take-Back Initiatives

Manufacturer Take-Back
Free return to any authorized dealer
Retailer Collection
Drop-off at participating retail stores
Community Battery Drive
Annual collection events in major cities
Free return shipping available for all products

Participating in our return programs helps ensure the responsible recovery and recycling of battery products. Take advantage of free return shipping or convenient drop-off options to support environmental sustainability and safe disposal practices.

Recycling Centers
Processing Facilities
Eco Battery Recycling
ecbatteryrecycling.com

Multiple locations nationwide

GreenTech Recovery
greentechrecovery.com

Regional processing centres

Urban Resource Initiative
urbanresourceinitiative.com

Major metropolitan areas

Proper recycling of batteries helps conserve resources, reduce environmental impact, and ensure the safe handling of hazardous materials. Please use certified recycling centers for battery disposal and encourage responsible recycling practices in your community. For more information on battery recycling programs and locations, visit the facilities listed above or contact your local waste management authority.

Disposal Impact

Environmental Effects

Proper Disposal
Material recovery and minimal environmental impact
Recovery Rate: 95%
Emissions: 0.5kg CO2e
Improper Disposal
Toxic leaching and contamination of soil/water
Environmental Hazards
  • Environmental Hazards
  • Heavy metal contamination
  • Soil acidification
  • Water pollution

Proper disposal of batteries is essential to protect the environment and recover valuable materials. Always use designated recycling or take-back programs to prevent hazardous substances from contaminating soil and water, and to help reduce emissions and resource waste.

Factory Map

Factory Locations
Factory 1
22 Roden Avenue, Kidderminster, DY10 2RF, England
52.439425°, -2.140197° Est. 2010
Factory 2
22 Roden Avenue, Kidderminster, DY10 2RF, England
52.393252°, -2.236081° Est. 1999
Both Factories are located in UK