Electronics & EMS
Display, battery, FPC and shielding tapes for consumer electronics and EMS assembly.
Industry solutionsAdhesive Tape Solutions by Industry
Electronics, automotive, new energy, construction, medical, packaging, appliance, transport, print, metal and card assembly teams use our tapes and converted parts where the bond has to survive heat, movement and time.
Application reviewMaterial recommendationSample testingExport documentation
Industries
Start with the environment the bond will see
Temperature, substrate, load and service life decide the construction. We work from those requirements, not from a favourite product.
Automotive
Exterior trim, low-VOC interior, masking and label tapes for automotive manufacturing.
Industry solutions
New Energy
Battery bonding, insulation, thermal and flame-retardant tapes for EV, storage and solar.
Industry solutions
Construction & Building
Window glazing, panel bonding, flooring, HVAC and masking tapes for construction.
Industry solutions
Medical & IVD
Precision medical assembly and IVD mid-separator tapes with clean die-cutting.
Industry solutions
Packaging & Logistics
MOPP, cloth and masking tapes for carton sealing, bundling and export protection.
Industry solutions
Home Appliances
Panel, nameplate, foil and damping tapes for white goods, HVAC and office equipment.
Industry solutions
Transportation
Trim, harness, insulation and damping tapes for rail, road, marine and aerospace builds.
Industry solutions
Print & Paper
Splicing, plate mounting and process tapes for flexo, gravure and corrugating lines.
Industry solutions
Metal Fabrication
Core starting, splicing, edge protection and bundling tapes for mills and workshops.
Industry solutions
Smart Cards & Secure ID
Heat-activated and anisotropic conductive films for card modules and inlays.
Industry solutionsAlso asked for
The specific jobs behind those industries
Enquiries rarely arrive as an industry name. They arrive as a line, a part or a problem, and these are the ones that reach us most often — each one opens the page that carries the material thinking.
Ovens, refrigerators and laundry linesCopiers, printers and office equipmentRail carriages, metro and bus interiorsTruck bodies, trailers and load securingVessel decks and ship interiorsAircraft assembly and ground equipmentSpecialty and off-highway vehiclesFlexo presses and plate mountingCorrugators and paper reelsSteel and aluminium coil handlingSheet, tube and profile protectionContact cards, RFID inlays and secure IDSolar modules and energy storageFood and beverage cartonsPharmaceutical and consumer-health cartonsDistributors and converters as buying routes
How we select
Four questions before a material is proposed
Substrates
Exact materials, surface energy and coating. A powder coat is not the same as bare metal.
Load & movement
Peel or shear, static or dynamic, and how much thermal expansion the joint must absorb.
Environment
Maximum surface temperature, humidity, UV, water and cleaning agents.
Process & volume
Manual or automated assembly, dwell time, part format and annual quantity.
Industry pages
What each industry page settles
Six pages, each built around the constraint that decides the construction for that market rather than around a product list.
| Industry | The constraint that decides the material | What the page answers |
|---|---|---|
| Electronics and EMS | Miniaturisation, heat from reflow or soldering, and clean die-cut edges on thin parts | Display, battery, FPC and shielding selections, plus how traceability is kept on a small part |
| Automotive | Heat, humidity and UV on the exterior; low VOC and odour inside the cabin | Trim, masking and label selections, and what repeatability means when the part is fitted on a line |
| New energy | Electrical safety, thermal behaviour and aging in humid conditions | Battery bonding, insulation, thermal and flame-retardant routes, and the automation questions around them |
| Construction and building | Weather exposure plus a very wide range of substrates applied on site | Glazing, panel bonding, flooring and HVAC selections, and how a bond survives being installed by hand |
| Medical and IVD | Precision, material compatibility and aging stability of the assembly | Mid-separator and precision assembly tapes, clean die-cutting and what has to be documented |
| Packaging and logistics | Carton sealing, bundling and printability under cost pressure per roll | MOPP, cloth and masking selections, and how protection and cost are traded off |
How a selection reaches your line
The industry pages are written to be read next to a drawing or a failure, not as background reading. Each one describes what the bond has to survive, where the tape sits in the assembly, and how a typical project moves from the request to the approved part.
- Describe the joint and both surfaces, including coating, texture and anything applied before assembly
- Add the environment: peak surface temperature, humidity, UV, and any cleaning agent or oil residue in the path
- State how the part is installed, by hand or by machine, and what the line can tolerate in unwind and liner behaviour
- Get two or three constructions back with the reason each fits and the test that would rule it out
- Test on your own product under your own process, then fix format, tolerance and documents before volume
FAQ
Industry selection questions
Which page should I read first?
The one named for your market, because the constraint that decides the material is different in each. If your application crosses two industries, read the one closer to the failure and send the other as context; an enclosure gasket is a construction question and an electronics question at the same time.
Can one material serve two industries?
Often yes, and the industry pages deliberately avoid pretending otherwise. What changes between industries is the evidence around the same bond: an automotive file cares about VOC and heat aging, an electronics file cares about thickness and die-cut edges, and both can be satisfied by the same construction.
Do you have data for hot and humid service?
Ask for it per grade. Heat-aged and humidity-aged figures exist for some constructions and not others, and a tropical result read from a temperate datasheet is the most common way a bond is mis-specified. Where the number does not exist, the plan is an aging test alongside the initial peel check.
Can the documentation support a validation?
Yes, for the selected grade and market: TDS where it exists, RoHS and REACH statements, the ISO 9001 certificate, and a first-article report where a part is measured against a drawing. Documents are issued per grade because a statement covering one construction does not cover another.
Do you supply into my country?
Export has run from Shenzhen since 2018, and the market pages cover export execution market by market. Availability of a specific brand grade in a specific market is confirmed at quotation, because that is where authorization scope and freight both matter.
Working on a product for a specific market?
Tell us the service environment and the substrate. We will recommend a construction and a test plan that matches the climate where it will be used.