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Lightweight Panels
for Electric Vehicles.
Thermoformed body panels, battery housings, and interior components for the EV revolution. 40-60% lighter than metal. Low tooling costs ideal for startups and niche OEMs.
40–60%
Lighter Than Metal
4–6 wk
Prototype Lead Time
60–80%
Lower Tooling Cost
500+
Sets Per Day Capacity
Why Thermoforming for EV?
The Perfect Process
for Electric Vehicles.
Thermoforming bridges the gap between prototype and mass production — offering the design freedom of composites with the economics of plastics.
Lightweighting for Range
Every kilogram saved extends battery range. Thermoformed panels are 40-60% lighter than sheet metal equivalents, directly improving EV efficiency and range.
Low-Volume Economics
EV startups and niche manufacturers need 500-5,000 units — too few for injection molding, too many for hand layup. Thermoforming hits the sweet spot with 60-80% lower tooling costs.
Integral Color, Zero VOC
Color-through material eliminates paint shops entirely. No primer, no clear coat, no VOC emissions. Scratch-resistant finish that doesn't chip or fade.
Rapid Prototyping to Production
From 3D model to first article in 4-6 weeks. CNC-machined aluminum molds enable fast design iterations without the 12-16 week lead time of injection mold tooling.
Circular Material Economy
100% of production scrap is re-ground and re-extruded in-house. Thermoformed parts are fully recyclable at end-of-life, supporting EV sustainability goals.
Design Freedom
Large single-piece panels eliminate multi-part assemblies. Complex 3D geometries, undercuts, and integrated features in a single forming operation.
EV Application Portfolio
Components for the
Electric Revolution.
From body panels to battery covers — thermoformed solutions for every EV component where lightweight, durability, and design freedom matter.
EV Body Panels & Fairings
Exterior body panels for electric three-wheelers, low-speed vehicles, and commercial EVs. Thermoformed ABS and ASA panels offer Class-A surface finish with integral color — no painting required.
Battery Enclosures & Covers
Lightweight thermoformed battery covers and enclosures. Available in flame-retardant ABS FR V0 for battery safety compliance. Complex geometries with integrated ventilation slots and mounting features.
Dashboard & Interior Trim
Interior dashboard panels, door trims, and console housings for electric vehicles. Textured surfaces, soft-touch finishes, and precise fit for premium cabin feel.
E-Scooter & E-Bike Panels
Body panels, fenders, and fairings for electric two-wheelers. Lightweight ABS and ASA panels that withstand daily use, weather exposure, and minor impacts.
Charging Station Housings
Exterior housings for EV charging stations and battery swapping units. UV-stable ASA with weather resistance for outdoor installations across all climates.
Motor & Controller Covers
Protective covers for electric motors, controllers, and power electronics. Available in ESD-safe and flame-retardant grades for sensitive electronic environments.
Materials for EV
Engineered Materials
for Electric Mobility.
From impact-resistant body panels to flame-retardant battery covers — every material is selected for the specific demands of electric vehicles.
| Material | EV Application | Key Properties | Thickness |
|---|---|---|---|
| ABS | Body panels, interior trim, structural covers | Impact resistant, paintable, cost-effective | 1.5–6mm |
| ASA | Exterior panels, fairings, outdoor housings | UV stable 20+ years, weather resistant, color-through | 2–5mm |
| ABS FR V0 | Battery covers, electrical enclosures | Flame retardant, self-extinguishing | 2–5mm |
| PC (Lexan) | Headlight covers, transparent panels | Optically clear, impact proof, high heat resistance | 1.5–4mm |
| PMMA | Light covers, display panels, signage | Optical clarity, scratch resistant, UV stable | 2–5mm |
| ABS/PMMA | Premium exterior panels with gloss finish | High gloss, UV stable, Class-A surface | 2–5mm |
Deep Dive: Golf Carts
Thermoformed Components
for Golf Carts & LSVs.
Golf carts and low-speed vehicles (LSVs) are one of the fastest-growing segments for thermoformed body panels. Lightweight, durable, and available in any color without painting.
Typical Golf Cart Parts We Thermoform
Why Thermoforming for Golf Carts?
- Color-Through Material: No paint shop needed. ABS and ASA sheets are extruded with integral color that won't chip, fade, or scratch off — ideal for rental and fleet applications.
- Low Tooling Investment: Aluminum molds cost $3,000–$15,000 per part vs. $50,000+ for injection molds. Perfect for manufacturers producing 500–5,000 carts per year.
- Large Panel Capability: Single-piece body panels eliminate multi-part assemblies, reducing weight and assembly labor.
- UV & Weather Resistance: ASA-capped sheets withstand 20+ years of outdoor UV exposure without yellowing — critical for golf course and resort environments.
Recommended Materials
| Material | Application | Thickness |
|---|---|---|
| ABS | Body panels, dashboards, under-seat trays | 2–4mm |
| ASA | Exterior panels, roof canopies, fenders | 2–4mm |
| ABS/PMMA | Premium exterior with high-gloss finish | 2.5–4mm |
| HDPE | Under-body trays, mud guards | 3–5mm |
Exploded view: thermoformed ABS/ASA components — roof canopy, body panels, fenders, dashboard & under-seat trays
Production Capabilities
500+
Panel sets/month
2–4 wk
Tooling lead time
±0.5mm
CNC trim tolerance
20+ yr
UV stability (ASA)
Deep Dive: Micro-Cars
High-Volume Thermoforming
for Micro-Car Body Panels.
The micro-car and L7e vehicle segment is pioneering the use of thermoformed ABS/PMMA panels for full exterior body systems — replacing traditional metal and FRP at scale.
30,000
Cars/Year Target
Production-proven thermoforming lines designed for 125 cars/day across 3 shifts
150 sec
Cycle Time/Carset
Complete set of exterior panels formed, trimmed, and handled in under 3 minutes
ABS/PMMA
Primary Material
Co-extruded sheet combining ABS strength with PMMA UV stability and Class-A gloss
Micro-Car Parts Portfolio
Thermoformed exterior and under-construction components for L7e-class electric micro-cars:
ABS/PMMA Co-Extrusion Advantage
- Class-A Surface: PMMA cap layer delivers high-gloss, scratch-resistant finish with Delta E < 2 color consistency between production lots.
- UV Stability: No yellowing or fading after years of outdoor exposure. Eliminates the need for clear-coat painting entirely.
- Impact Resistance: ABS substrate provides excellent impact absorption — critical for bumpers and body panels that must pass crash standards.
- No Orange Peel: PMMA clear layer prevents the orange peel surface defect common in single-layer thermoformed parts.
Production Line Configuration
A complete micro-car thermoforming production line includes:
Sheet Extrusion
In-house co-extrusion of ABS/PMMA and PC-ABS/PMMA sheets in grained, colored, and recycled variants
Thermoforming
Positive vacuum forming on automated machines with sandwich IR heater ovens
CNC Trimming
5-axis robotic milling for precision edge trimming and hole cutting
Assembly
Adhesive bonding, ultrasonic welding, and hardware insertion for multi-part assemblies
QC & Packaging
Dimensional verification, surface inspection, and containerized packaging for OEM delivery
Quality Standards
- PPAP documentation for OEM approval
- Delta E < 2 color matching between lots
- Environmental Stress Cracking (ESC) tested
- Falling dart impact testing per automotive standards
- HDT verification for thermal stability
- Vicat softening temperature certification
Deep Dive: EV Infrastructure
Thermoformed Enclosures
for EV Charging Stations.
As EV charging networks expand globally, thermoformed enclosures offer the durability, weather resistance, and design flexibility that outdoor infrastructure demands.
Charging Station Components
Why Thermoforming for Charging Stations?
- Outdoor Durability: ASA material withstands 20+ years of UV, rain, heat, and freeze-thaw cycles without degradation or color fading.
- Vandal Resistance: Thick-gauge ABS and PC panels resist impact, scratching, and attempted break-in — critical for public installations.
- Design Flexibility: Brand-specific shapes, integrated logos, and custom colors without painting. Each charging network can have a distinctive look.
- FR Compliance: Flame-retardant ABS FR V0 and PC grades meet electrical enclosure fire safety requirements for public infrastructure.
Material Selection for Charging Infrastructure
| Material | Best For | Key Property |
|---|---|---|
| ASA | Exterior housing shells | UV stable 20+ yr, color-through |
| ABS FR V0 | Internal electrical enclosures | Self-extinguishing, UL94 V-0 |
| PC (Lexan) | Display windows, transparent panels | Impact proof, optically clear |
| ABS/PMMA | Premium branded housings | High gloss, scratch resistant |
| HDPE | Base pedestals, cable trays | Chemical resistant, low cost |
IP Rating Note: Thermoformed enclosures can be designed to meet IP54 to IP65 ratings when combined with proper gasket sealing and hardware. We work with your engineering team to ensure the enclosure design meets your specific ingress protection requirements.
Deep Dive: E-Rickshaws
Thermoformed Panels
for E-Rickshaws & Three-Wheelers.
India's e-rickshaw market produces 500,000+ vehicles annually. Thermoformed ABS and HDPE panels offer the durability, cost-effectiveness, and design flexibility this high-volume segment demands.
E-Rickshaw Parts We Thermoform
Advantages for E-Rickshaw Manufacturers
- Cost Reduction: Thermoformed panels cost 30–50% less than FRP alternatives, with faster cycle times and no hazardous emissions during production.
- Weight Savings: Lighter panels improve battery range — critical for e-rickshaws operating on limited battery capacity in urban stop-start conditions.
- Scalability: From 500 to 50,000 units/year, thermoforming scales efficiently. Multiple molds can run in parallel for high-volume demand.
- Repairability: Damaged panels can be individually replaced without affecting the entire body structure — reducing fleet maintenance costs.
Recommended Materials
| Material | Application | Thickness |
|---|---|---|
| HDPE | Roof canopies, under-body panels | 3–5mm |
| ABS | Body panels, dashboards, fenders | 2–4mm |
| PP | Battery covers, storage trays | 2–4mm |
| ASA | Premium exterior panels (UV stable) | 2–4mm |
Market Context
India's e-rickshaw segment is one of the world's largest electric vehicle markets by unit volume. With government subsidies under FAME II and growing urban demand, manufacturers need reliable, scalable panel suppliers who can deliver consistent quality at competitive prices.
Formpack's vertically integrated model — from pellet to finished panel — gives e-rickshaw OEMs a single-source supplier for body panels, reducing supply chain complexity and lead times.
Building an Electric Vehicle?
Let's Talk Panels.
Whether you're a startup building your first prototype or an OEM scaling production, we have the capacity, materials, and engineering expertise to deliver your thermoformed EV components.