Railway Continuity Since 1980
Railway Engineering / Indonesia
CBP TECHNOLOGY PRINCIPAL · RESILIENT COMPONENT ENGINEERING

TMS Rubber Metal

A rubber-metal component is part of the suspension design. Its shape may look simple, but stiffness, compound, bonding, metal inserts and fatigue behavior determine what the vehicle actually feels.
FULL CBP-RELEVANT OFFERING

The portfolio follows the function inside the bogie and suspension.

TMS covers springs, bushes, links, stops, mounts and custom bonded components, with in-house engineering and test capability around the part.

Springs

Conical, chevron and layer-spring families carry load while providing controlled resilient movement.

CONICALCHEVRONLAYER SPRING

Bushes & links

Silent blocks, bushes, spherical bearings and control links guide motion and isolate vibration at mechanical joints.

BUSHSILENT BLOCKCONTROL LINK

Stops & mounts

Bump stops, rubber blocks, motor/gearbox mounts and project-specific isolators protect or isolate vehicle systems.

BUMP STOPMOUNTISOLATION

Custom engineering

Compound development, FEA, molds, prototypes, static/dynamic/fatigue testing and FAI support new or localized parts.

COMPOUNDFEAPROTOTYPEFATIGUE
CAPABILITY MAP

The product family is defined by what the component must do mechanically.

01

Carry load

Resilient springs support vehicle or bogie mass.

02

Guide movement

Links and bushes allow controlled motion.

03

Isolate vibration

Elastomeric interfaces reduce transmitted vibration.

04

Limit travel

Stops protect the system at extreme movement.

05

Mount rotating equipment

Resilient mounts isolate motors and gearboxes.

06

Develop replacement

Reverse engineering requires functional validation, not dimension copying.

GUIDED SELECTION

Use a qualification workflow instead of a model selector.

The correct component is selected from function, load and movement.

Drawing-controlled replacement route

Start with drawing, material/compound requirement, interfaces and acceptance evidence.

Dimensional similarity does not establish suspension equivalence. Static/dynamic stiffness, compound, bonding, fatigue and environment must be validated.
WHY THIS PRINCIPAL?

TMS owns more of the component-development chain than a commodity rubber supplier.

In-house engineering, compound development, bonding, molding and test capability make it possible to design the part around railway function rather than simply reproduce the external shape.

Engineering layerWhat changes vehicle behaviorEvidence needed
GeometryLoad path and available movementDrawing / 3D / sample
Elastomer compoundStiffness, damping, temperature and agingMaterial definition / test
Bonding & metal insertsStructural integrity of the assemblyProcess control / QA
DurabilityFatigue, creep and lifecycle behaviorStatic/dynamic/fatigue validation
PROJECT & TRUST EVIDENCE

No borrowed Indonesian project proof.

Current CBP principal

TMS railway elastomeric route

TMS is a current CBP principal for railway rubber-metal components. The page does not convert general portfolio relevance into an Indonesian delivered reference where the controlled register does not identify one.

WHAT CBP ADDS

CBP protects the engineering intent during replacement or localization.

01 · Identify functionCarry, guide, isolate, limit or mount.
02 · Capture load & movementDirections, stiffness, travel and environment.
03 · Engineer / prototypeCompound, metal, bonding and geometry.
04 · Validate & releaseTesting, FAI and controlled serial supply.
WHAT CBP NEEDS FROM YOU

Send the function, not only a photograph.

01Vehicle / bogie application
02Existing drawing or sample
03Static loads
04Movement directions / travel
05Required stiffness if known
06Temperature / environment
07Expected lifecycle
08Failure history
09Quantity / validation plan
DISCUSS THIS PRINCIPAL WITH CBP