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2,000+ Proven Formulations · R&D Lab

Custom
Compounds

Engineered rubber compounds developed in our R&D laboratory — from natural rubber to advanced fluoroelastomers. 2,000+ proven formulations across four decades of compounding expertise.

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What We Do

Chemistry that becomes performance

Jasmino's compounding laboratory develops custom rubber formulations engineered to specific performance requirements — chemical resistance, temperature range, abrasion resistance, hardness, and compression set.

Our library of 2,000+ proven formulations spans the full elastomer spectrum: natural rubber, butyl, EPDM, neoprene, nitrile, CSM (Hypalon), silicone, and fluoroelastomers (FKM/Viton).

Every compound is tested in our in-house laboratory before production — tensile, elongation, hardness, ageing, and chemical immersion testing to verify performance against your specific service conditions.

We don't sell off-the-shelf compounds. We develop formulations for your specific chemical, temperature, and mechanical requirements.

Application-Specific Compounding
R&D Laboratory
R&D Laboratory
Where formulations are proven
Jasmino R&D Lab · Compound Testing · India
Elastomer Families

The full spectrum of rubber chemistry

Each elastomer family offers distinct advantages for specific environments.

Natural Rubber

Abrasion · Resilience · Tear

Highest abrasion resistance and resilience. Ideal for mining, mineral processing, and mechanical applications.

AbrasionMiningMechanical
Temp Range
-40 to 80°C
Hardness
30–90 ShA

Butyl & Chlorobutyl

Chemical · Gas Impermeability

Outstanding resistance to mineral acids and gas permeation. The primary elastomer for chemical lining applications.

Acid ResistanceGas BarrierLinings
Temp Range
-30 to 120°C
Chemical
Excellent

EPDM

Ozone · Weather · Steam

Excellent ozone, weathering, and steam resistance. Used for outdoor exposure, hot water, and polar chemical service.

OzoneSteamWeathering
Temp Range
-40 to 150°C
Steam
Excellent

Fluoroelastomers

Universal Chemical · High Temp

Near-universal chemical resistance at temperatures up to 250°C. For the most demanding sealing and protection applications.

UniversalHigh TempSealing
Temp Range
-20 to 250°C
Chemical
Universal
Development Process

From requirement to proven compound

Structured compound development with laboratory validation.

2,000+
Proven formulations
01
Requirement Analysis
Chemical environment, temperature range, mechanical requirements, and regulatory needs defined.
Chemical DataTemp Range
02
Formulation Selection
Elastomer type, filler system, cure system, and protective agents selected from our 2,000+ formulation library.
Library MatchCustom Dev
03
Laboratory Compounding
Lab-scale batches mixed and test specimens prepared for physical and chemical testing.
Lab BatchSpecimens
04
Testing & Validation
Tensile, elongation, hardness, ageing, and chemical immersion testing against specification requirements.
TensileImmersionAgeing
05
Production Scale-Up
Validated formulation scaled to production batch size. Process parameters documented for consistency.
Scale-UpSOP
Elastomer Comparison

Resistance by elastomer type

Chemical and physical property comparison across elastomer families.

PropertyNRButylEPDMNeopreneNitrileFKM
Mineral AcidsGoodExcellentGoodGoodLimitedExcellent
Oxidising AcidsNot RecommendedLimitedGoodLimitedNot RecommendedExcellent
AlkalisExcellentExcellentExcellentGoodGoodExcellent
AbrasionExcellentLimitedGoodGoodGoodGood
TemperatureLimitedGoodExcellentGoodGoodExcellent
Ozone/WeatherNot RecommendedExcellentExcellentExcellentNot RecommendedExcellent
Excellent
Good
Limited
Not Recommended
Case Study

Custom Butyl Compound —
FGD Service

Application-specific butyl compound developed for FGD absorber lining. 1,000-hour immersion test in simulated flue gas condensate. 15-year field performance validated.

1,000hr
Immersion Test
15yr
Field Proven
FGD
Application

Ready to discuss your project?

Share your service conditions and we'll develop the right formulation.

97%reorder rate