Protect delicate lens surfaces from scratches, debris, and handling damage during grinding, polishing, and transport. Our tapes offer reliable adhesion and remove cleanly without leaving residue, ensuring pristine surface quality.

Securely hold lenses during generating and grinding operations. Our high-shear strength tapes prevent slippage under pressure, providing the stability needed for precise shaping and ensuring consistent geometric accuracy.

Facilitate the clean and easy separation of cast lenses from their molds. Our specialized demoulding tapes offer controlled adhesion, reducing cycle times and minimizing the risk of damage to the finished lens or the mold itself.

During the winding process, this tape is used to secure the ends of the anode and cathode materials to the battery core (jelly roll), preventing them from unwinding and causing internal short circuits.

The positive and negative terminals (tabs) are wrapped with tape to provide critical electrical insulation. This prevents shorts between the tabs and the metallic battery can or adjacent cells in a pack.

Tape is wrapped around the entire battery core before it’s inserted into its casing. This provides a robust layer of insulation between the active materials and the battery can, preventing shorts and enhancing safety.

In multi-cell battery packs, high-strength tape is used to bundle individual cells together, securing them within the pack structure and preventing movement or vibration that could lead to damage.

The metal busbars and connectors that link cells are often covered with insulating tape to prevent accidental short circuits and fires extremely durable within the battery pack’s complex wiring system.

Thermally conductive tapes bond cells to heat sinks or cooling plates, dissipating heat to maintain optimal battery temperatures.

Dicing tape holds the semiconductor wafer firmly in place, preventing micro-movements. This enables precise, clean separation into individual LED dies, minimizing damage and maximizing yield.

The tape is used to mask off sensitive areas, gold contacts, and other components on the PCB, protecting them from molten solder during the high-temperature reflow process. It removes cleanly afterward.

In the production of white LEDs, tape can be used to mask specific zones, ensuring the phosphor layer is applied only where needed. This is critical for achieving consistent color temperature and brightness.

Tape is used to temporarily hold substrates, lenses, or other components in a fixed position during curing or other assembly steps, ensuring perfect alignment before permanent bonding is complete.

In automated “pick-and-place” systems, the tape provides a stable, non-slip surface for robotic arms to handle delicate LED substrates ​and effectively prevents critical​ damage or contamination.

The excellent dielectric properties of polyimide tape allow it to be used as a thin, reliable insulator between conductive layers or components within the compact space of an LED package.

Used to seal joints in exhaust systems to prevent gas leaks and reduce heat radiation into the engine bay. It also protects nearby wires, hoses, and plastic components from heat damage.

Crucial for sealing joints in high-pressure ducting (bleed air systems), insulating wire harnesses, and protecting components from the intense heat generated by jet engines and auxiliary power units.

Used to seal seams and joints in ductwork for industrial furnaces, ovens, and exhaust systems. It ensures an airtight seal, improves thermal efficiency, and prevents the escape of fumes.

​Applied over joints of thermal insulation blankets on pipes, boilers, and vessels. The tape secures the insulation, providing vapor barrier protection from moisture and wear.​​

In metal and glass production, specialized ceramic or silica tapes are used to seal joints in furnace and kiln linings, providing a thermal barrier and preventing heat loss.

Used within appliances like ovens, water heaters, and dryers to seal flue joints, secure insulation around heating elements, and protect internal wiring from high operating temperatures.

Its most critical use is for insulating spliced or repaired wires and terminals. The tape’s high dielectric strength prevents the flow of electricity, ensuring a safe and secure connection.

Used to group loose wires and cables into a neat, organized bundle or harness. This protects the wires from abrasion, makes installations cleaner, and simplifies troubleshooting.

Available in multiple colors, the tape marks wires and cables to identify their voltage, phase, or purpose — ​essential​ for safety and maintenance in complex electrical systems.

Provides a durable outer layer that protects wires and cable jackets from abrasion, punctures, and general wear and tear, especially in high-traffic areas or where cables rub against sharp edges.

When wrapped tightly in overlapping layers, it creates a reliable seal that protects electrical connections from moisture, dust, and corrosion, making it suitable for outdoor or damp environments.

Beyond electrical work, its strength and conformability make it a go-to for temporary fixes, such as creating a grip on a tool handle, patching a small leak in a hose, or holding components together.

Used for bonding flexible circuits (FPCs) to stiffeners, mounting heat sinks to processors, and securing components during reflow soldering. It provides insulation and a secure bond.

Ideal for attaching trim, emblems, and sensor brackets exposed to high engine temperatures or intense sun radiation while maintaining integrity. Also used to bond battery cells and essential components with certified safety in EV battery packs under vibration.

Thermally conductive versions are used to bond LED arrays to heat sinks and metal-core PCBs. This creates a strong structural bond while efficiently transferring heat away from the sensitive LEDs.

Used for ​strong and durable​ bonding of control panels, insulation layers, and decorative trim on appliances like ovens, cooktops, and dryers where operating temperatures ​remain​ consistently high ​during operation.

In aerospace, it’s used for bonding interior panels, mounting brackets, and holding composite layers in place during the autoclave curing process, where both high temperature and high pressure are present.

Beyond electrical work, its strength and conformability make it a go-to for temporary fixes, such as creating a grip on a tool handle, patching a small leak in a hose, or holding components together.

The classic application. Masking tape is used to cover areas that should not be painted, such as trim, windows, and ceilings. It creates sharp, clean paint lines and is easily removed without damaging the surface.

The writable surface makes it perfect for temporary labels on food containers, moving boxes, cables, and storage bins. It sticks well but can be removed or replaced without leaving sticky residue.

In the art studio, it’s commonly used to create intricate patterns, firmly hold stencils in place, or securely fasten paper to a drawing board. Its gentle yet reliable adhesive is ideal for delicate materials like watercolor paper.

Applied over a cut line before sawing, masking tape significantly reduces wood tear-out and splintering, resulting in a cleaner, more professional finish on plywood and laminates.

Ideal for quick repairs like holding broken parts, bundling items, or as a makeshift lint roller. It provides temporary hold without permanent commitment.

When drilling into a wall, a folded piece of masking tape placed below the hole can catch falling dust. It’s also great for picking up tiny shards of broken glass or glitter from surfaces.

The most common use is on threaded joints for water pipes. It’s used on showerheads, pipe-to-valve connections, and threaded faucets to prevent water leaks. Standard white tape is typically used for this purpose.

Specialized, higher-density yellow Teflon tape is required for sealing connections on natural gas and propane (LPG) lines. This tape is rated to be resistant to the chemicals found in gas fuels.

Used on threaded sensors (like oil pressure or coolant temperature sensors) and on fittings for fluid lines such as fuel, oil, and coolant to prevent leaks. It is not recommended for brake line fittings.

In compressed air systems and hydraulic lines, Teflon tape seals threaded connections to prevent pressure loss, ensuring the efficiency and safety of the equipment.

High-density pink or green tapes are used in industrial settings for lines carrying chemicals, solvents, or oxygen. These tapes are engineered to be inert and resistant to aggressive substances.

Used to seal connections on garden hoses, sprinkler systems, and irrigation pipes to prevent wasteful drips and ensure consistent water pressure throughout the system.

Creates a permanent, airtight seal on rigid and flexible ductwork to prevent air leakage and maximize energy efficiency.

Provides a robust, tear-resistant outer jacket for insulated pipes, protecting them from mechanical damage, moisture, and UV exposure.

Seals joints, laps, and punctures in foil-faced insulation and building wraps to create a continuous barrier against moisture.

Joins and reinforces seams on foil-faced insulation, roof panels, and gutters, providing a strong, weatherproof, and long-lasting seal.

Wraps wires, cables, and automotive components to reflect radiant heat and protect against high temperatures.

Used to seal connections on garden hoses, sprinkler systems, and irrigation pipes to prevent wasteful drips and ensure consistent water pressure throughout the system.