Panel fit and sealing
Perimeter gaskets help close gaps around displays, switches, covers and instrument housings.
Solutions / Instrumentation & Control Equipment
Stable cushioning and sealing for instruments and control equipment.
BISCOTECH supplies soft foam and resilient rubber materials for meter panels, instrument housings, displays, control units and industrial interfaces.
Discuss Your ProjectQuotes in as little as 30 minutes. Same-day drawings and samples.
Application challenge
Precision equipment needs protection without compromising fit.
Instrument interface protectionInstruments and control equipment often combine displays, sensors, circuit boards, metal housings and service panels. Sealing and cushioning parts must control dust, vibration and assembly tolerances while maintaining a clean, stable interface.
BISCOTECH supports material selection and converting for prototypes, control panels, measurement devices and general industrial instrumentation.
Key pain points
Small interface details can affect measurement and serviceability.
Vibration control
Cushioning pads help reduce movement and contact damage in instruments installed on machinery or vehicles.
Dust and moisture
Foam and rubber seals help protect sensitive electronics and measurement components in working environments.
Service access
Adhesive-backed strips and repeatable die-cut parts support clean assembly and easier panel maintenance.
PU Foam
EPDM Rubber
CR Foam
Silicone FoamMaterial options
Materials for stable instrument interfaces.
01
PU Foam
For soft cushioning, gap filling, shock absorption and vibration control around instrument housings.
02
EPDM Rubber
For resilient panel seals, electrical insulation and resistance to water, ozone and aging.
03
CR Foam
For mechanical strength, oil resistance and cushioning in industrial control assemblies.
04
Silicone Foam
For temperature stability, recovery and sealing where equipment operates across changing conditions.
Typical applications
Converted parts for instruments and control assemblies.
Instrument Panel GasketsPerimeter sealing around displays, switches and front panels
Meter Window SealsCushioning and dust protection around viewing windows
Sensor Mount PadsVibration isolation and stable positioning for sensors
Control Housing GasketsFoam or rubber seals for covers and service interfaces
Cable Entry SealsGap filling and protection around cable and connector openings
Internal Anti-Rattle PadsSoft support for boards, relays and mounted components
Converting and customization
Matched to the instrument drawing and service process.
We can configure thickness, density, adhesive construction, liner and die-cut geometry around the enclosure, panel and maintenance requirements.
Panel gaskets and display sealsDie-cut cushioning padsAdhesive-backed strips and framesSlit rolls for repeated interfacesPrototype samples from drawingsRepeatable production dimensions
Application example
Example: an instrument panel interface gasket.
Requirement
A control unit may need a thin perimeter gasket that could seal a panel while allowing reliable service access.
Proposed approach
Review the panel geometry, compression range, environment and adhesive surface, then compare PU foam, silicone foam and EPDM options.
Sample validation
Discuss a similar requirement Prepare candidate samples to evaluate fit, compression recovery and adhesive compatibility. Check performance under the intended operating conditions before confirming the material and production format.
FAQ
Common questions about instrumentation sealing.
Which material is suitable for an instrument panel gasket?
The choice depends on the panel gap, compression, temperature and exposure. PU foam is useful for soft cushioning, while silicone foam, EPDM and CR foam can support more demanding sealing and environmental conditions.
Can you make thin adhesive-backed seals?
Yes. We can supply thin strips, frames, die-cut gaskets and laminated parts with selected adhesive and liner constructions.
Can you work from an existing sample?
Yes. A physical sample, drawing, target thickness, compression space and estimated quantity are useful starting points for material and process recommendations.
Instrumentation projects