Self-Adhesive Insulation Fish Paper – 50mm x 5m Roll
Enhance your battery protection and electrical insulation projects with our Self-Adhesive Insulation Fish Paper – 50mm x 5m Roll. This high-quality, flame-retardant insulation tape is designed specifically for lithium-ion battery packs, EV modules, and electronic assemblies requiring secure and durable dielectric separation.
With a generous 5-meter (16.4 feet) roll length and a 50mm width, this fish paper tape is easy to cut and apply. The self-adhesive backing ensures quick, bubble-free application, reducing labor time and improving adhesion to battery terminals, circuit boards, and metal surfaces.
- Premium Insulation Material: High-grade fish paper for excellent heat resistance and electrical insulation
- Self-Adhesive Design: No additional glue or adhesive needed – easy peel-and-stick application
- Perfect for Battery Packs: Ideal for 18650, 21700, and LiFePO4 cell assembly and terminal protection
- Durable & Flexible: Resists tearing and conforms easily to curved or irregular surfaces
- Length & Width: 50mm wide x 5 meters long (16.4 feet) – plenty for multiple applications
Whether you're building battery packs, insulating circuit boards, or assembling EV modules, our Self-Adhesive Fish Paper Roll provides reliable, professional-grade insulation to safeguard your electronics from short circuits, abrasion, and thermal stress.
Enhance your battery protection and electrical insulation projects with our Self-Adhesive Insulation Fish Paper – 50mm x 5m Roll. This high-quality, flame-retardant insulation tape is designed specifically for lithium-ion battery packs, EV modules, and electronic assemblies requiring secure and durable dielectric separation.
With a generous 5-meter (16.4 feet) roll length and a 50mm width, this fish paper tape is easy to cut and apply. The self-adhesive backing ensures quick, bubble-free application, reducing labor time and improving adhesion to battery terminals, circuit boards, and metal surfaces.
- Premium Insulation Material: High-grade fish paper for excellent heat resistance and electrical insulation
- Self-Adhesive Design: No additional glue or adhesive needed – easy peel-and-stick application
- Perfect for Battery Packs: Ideal for 18650, 21700, and LiFePO4 cell assembly and terminal protection
- Durable & Flexible: Resists tearing and conforms easily to curved or irregular surfaces
- Length & Width: 50mm wide x 5 meters long (16.4 feet) – plenty for multiple applications
Whether you're building battery packs, insulating circuit boards, or assembling EV modules, our Self-Adhesive Fish Paper Roll provides reliable, professional-grade insulation to safeguard your electronics from short circuits, abrasion, and thermal stress.
Original: $14.99
-70%$14.99
$4.50Description
Enhance your battery protection and electrical insulation projects with our Self-Adhesive Insulation Fish Paper – 50mm x 5m Roll. This high-quality, flame-retardant insulation tape is designed specifically for lithium-ion battery packs, EV modules, and electronic assemblies requiring secure and durable dielectric separation.
With a generous 5-meter (16.4 feet) roll length and a 50mm width, this fish paper tape is easy to cut and apply. The self-adhesive backing ensures quick, bubble-free application, reducing labor time and improving adhesion to battery terminals, circuit boards, and metal surfaces.
- Premium Insulation Material: High-grade fish paper for excellent heat resistance and electrical insulation
- Self-Adhesive Design: No additional glue or adhesive needed – easy peel-and-stick application
- Perfect for Battery Packs: Ideal for 18650, 21700, and LiFePO4 cell assembly and terminal protection
- Durable & Flexible: Resists tearing and conforms easily to curved or irregular surfaces
- Length & Width: 50mm wide x 5 meters long (16.4 feet) – plenty for multiple applications
Whether you're building battery packs, insulating circuit boards, or assembling EV modules, our Self-Adhesive Fish Paper Roll provides reliable, professional-grade insulation to safeguard your electronics from short circuits, abrasion, and thermal stress.
