Single and dual layouts

Gauge protectors for pressure gauges

These molded TPE covers fit around pressure gauges used in regulator and industrial assemblies. The important inputs are the dial diameter, gauge count, mounting direction and every opening needed for ports or adjustment.

Family of TPE gauge protectors for pressure gauges
Protector examples

Compare the mounting layout

The cover must clear the dial, connection and adjacent hardware. We use the actual gauge dimensions rather than a nominal dial size alone.

Single pressure gauge protector molded in black TPE
Single gauge

Wraparound gauge cover

A soft molded cover wraps the gauge body while leaving the dial visible. The opening and rear access are matched to the instrument.

Layout
Single gauge
Material
TPE
Check a single-gauge fit
Dual pressure gauge protector with two circular dial openings
Dual gauge

Dual-dial gauge guard

Two dial openings share one molded guard. Center distance, mounting direction and the regulator body affect the final geometry.

Layout
Dual gauge
Input
Center distance
Check a dual-gauge layout
Pressure gauge protector showing rear access cutout
Access geometry

Gauge protector with cutout

A shaped opening keeps the connection or mounting area accessible. The cutout is reviewed from the rear and side views.

Feature
Rear cutout
Input
Port position
Review access openings
Gauge fit check

Measure the instrument and the assembly

A front photo helps identify the layout. Rear and side dimensions determine whether the protector can mount without blocking a connection.

Send gauge details
  • Dial outside diameter and body depth
  • Single or dual gauge arrangement
  • Center distance for a dual layout
  • Stem, port and mounting orientation
  • Required openings and adjustment access
  • Material, hardness, color and annual volume

State the service environment and required protection level in the inquiry. A soft cover can help shield the gauge exterior, but the finished assembly must be validated for its intended use.

Program route

Fit is confirmed around the real gauge

Samples are checked on the target instrument or against the agreed dimensional references.

Send the part information

A 2D drawing, 3D file or physical sample gives us a useful starting point.

Review fit and molding details

We check the interfaces, material requirement, cosmetic faces and production volume.

Confirm tooling and samples

The quotation states the agreed scope. First samples are checked against that scope.

Run repeat production

Inspection and supply records follow the drawing and purchase requirements agreed for the program.

Related products

Other parts around the regulator

Pressure gauges often share an assembly with molded control knobs and housings.

Related capabilities

Review the material, fit and molding route together

Gauge protection depends on elastomer selection as well as the real instrument geometry. These pages provide the manufacturing context.

Custom TPE cover

Have the gauge dimensions or a physical sample?

Send front, side and rear views with the mounting details. For a dual layout, include the gauge center distance and the surrounding regulator geometry.

Request a gauge-cover review

Contact

FAQ

Are pressure gauge protectors made to a standard dial size?

Dial diameter is only one input. The cover also has to clear the gauge body, connection, mounting direction and nearby regulator features, so we review the actual gauge or a complete dimensional drawing.

Can you make protectors for single and dual pressure gauges?

Yes. Both layouts can be reviewed. For a dual protector, include the center distance between gauges, the orientation of each connection and all access openings.

Why is TPE used for a gauge cover?

TPE can provide a flexible cover and impact buffer, but the grade must suit the required hardness, environment and molding geometry. Final material selection is confirmed against the project requirements.

Can you work from a physical gauge or regulator sample?

Yes. Front, side and rear photos can start the review, while a physical sample or complete 3D data is normally needed to confirm fit before tooling.