ISO 9001:2015 Certified · Nashik, India
Rubber Pads, Stoppers and Caps,
Manufactured in India
Margo Rubber Products moulds support pads, buffers, filler caps, plungers, stoppers and air-extractor flaps at its ISO 9001:2015 certified plant in Nashik, India — thirteen catalogue components, listed with their sizes and compounds in the table below, and anything else cut to your print.
See the Component Table- 13 components
- Catalogue lines
- 10–200 mm
- Component size range
- Moulded to drawing
- Process
- Cut to print
- Beyond the catalogue
02 · SPECIFICATION REFERENCE
The Thirteen Catalogue Components
This category covers thirteen distinct catalogue components. Each is listed below with its size range, the compound it is supplied in, and its hardness. All thirteen are moulded to drawing, and anything not listed is quoted cut to print.
| EPDM Pad | 20–120 mm | EPDM | 50–70 Shore A |
|---|---|---|---|
| Support Pad for Bolero | 40–90 mm | EPDM | 55–70 Shore A |
| Big Support Pad | 90–200 mm | EPDM | 55–70 Shore A |
| L Pad | 25–80 mm | EPDM or NBR | 50–65 Shore A |
| C Pad | 25–80 mm | EPDM or NBR | 50–65 Shore A |
| Oil Filler Cap | 30–70 mm | NBR | 60–75 Shore A |
| Oil Seal Filler Cap | 30–70 mm | NBR | 60–75 Shore A |
| Glove Box Stopper | 10–30 mm | EPDM | 45–60 Shore A |
| Rubber Plunger | 15–45 mm | NBR | 50–70 Shore A |
| Rubber Insulator Head Cover | 20–60 mm | Silicone (VMQ) | 50–65 Shore A |
| Boot Tailgate Switch | 15–40 mm | EPDM | 55–70 Shore A |
| Rubber Flap for A/C Air Extractor | 60–200 mm | EPDM | 40–55 Shore A |
| Rubber Radiator Shroud Flap | 60–200 mm | EPDM | 40–55 Shore A |
Showing 13 of 13 entries. “As supplied” is the compound each catalogue component is normally moulded in, chosen for its duty — the Oil Filler Cap is nitrile because it sits in oil, the air-extractor flap is EPDM because it lives behind a grille in the weather. A cut-to-print variant can be moulded in any of our eight compounds. Size ranges describe the family of that component across the variants we have tooled, not a single part. Dimensional conformity to ISO 3302-1, class M1 to M4, as recorded on the drawing. Values are typical and are not a specification for a particular part; see our technical disclaimer.
03 · MATERIAL SELECTION
Which Compound for Which Component?
Each catalogue component is moulded in the compound its duty calls for: EPDM where the part sees weather, water or coolant, nitrile where it sees oil, natural rubber where it takes repeated impact. A cut-to-print part can be any of the eight below — name the medium, the temperature and the duty and we will tell you which to specify.
- Temp. Range
- −40° to +140°C
- Hardness
- 40–90 Shore A
Ethylene propylene diene rubber, and the compound behind nine of the thirteen components on this page. Excellent weather, ozone and UV resistance, which is what a support pad, a glove box stopper or a flap behind a radiator grille actually needs. Not for petroleum oils.
- Temp. Range
- −30° to +120°C
- Hardness
- 40–90 Shore A
Nitrile butadiene rubber, the general-purpose industry standard. Outstanding resistance to petroleum oils and hydraulic fluids — the reason the filler caps and the plunger are nitrile and the pads are not.
- Temp. Range
- −20° to +90°C
- Hardness
- 30–80 Shore A
Polyisoprene. The highest resilience of the eight, so it takes repeated impact and returns to shape — the right answer for a buffer or a stopper that is struck rather than compressed and held. Not for oil, fuel or sustained heat.
- Temp. Range
- −40° to +120°C
- Hardness
- 40–90 Shore A
Polychloroprene. Balanced across weather, ozone and moderate oil at once, and the family we reach for when flame retardancy is specified — which on this category usually means a cap or cover inside an enclosure.
- Temp. Range
- −30° to +100°C
- Hardness
- 40–90 Shore A
Styrene butadiene rubber. Abrasion resistance at low cost, blended with natural rubber in pads and buffers that take rubbing contact as well as load. Not for oil or fuel contact.
- Temp. Range
- −40° to +175°C continuous to 160°C
- Hardness
- 50–80 Shore A
Ethylene acrylic elastomer. On this category it is specified for a cap or cover under the bonnet, where oil, heat and ozone act together and nitrile hardens.
- Temp. Range
- −60° to +220°C
- Hardness
- 30–80 Shore A
Vinyl methyl silicone, the widest service range of the eight. Specified for caps and covers at hot apertures, and where a food-contact or biocompatible grade is required. Poor abrasion resistance — not for a part that is handled or struck.
- Temp. Range
- −20° to +250°C continuous to 200°C
- Hardness
- 60–90 Shore A
Fluorocarbon rubber, the first choice for aggressive chemical environments. Resists petroleum oils, fuels and many solvents at sustained high temperature. On this category it is a specialist answer for a cap or plug in a fuel or chemical line.
04 · IN THIS CATEGORY
Components We Make to Order
Each part below is manufactured to customer drawing or to our standard tooling. The thirteen catalogue components are listed first, with their dimensions in the table above; the rest are made to print. Full dimensional and compound data is issued with the quotation.
12
Anti-Vibration Pads
Pads, Stoppers & Caps · Made to order
13
Buffer Pads & Blocks
Pads, Stoppers & Caps · Made to order
14
Door & Bonnet Buffers
Pads, Stoppers & Caps · Made to order
15
End Caps & Tube Caps
Pads, Stoppers & Caps · Made to order
16
Blanking Plugs
Pads, Stoppers & Caps · Made to order
17
Rubber Feet & Skid Pads
Pads, Stoppers & Caps · Made to order
18
Machine Levelling Pads
Pads, Stoppers & Caps · Made to order
20
Cut-to-Print Components
Pads, Stoppers & Caps · Made to order
05 · COMMERCIAL TERMS
Lead Times and How We Quote
Margo produces in bulk against OEM schedules. Name the catalogue component you need, or send a drawing for anything else, with your volume — and we will quote it. Minimum run is 10,000 pieces per part number, per compound, or quoted against the part where size or complexity sets the economics. Prototype and first-article lots sit outside the minimum and are quoted separately.
Quotation
With feasibility report
48 hrs
Prototype
From an approved drawing
48–72 hrs
Catalogue components
Existing tooling · ex-works Nashik · 2 weeks express
3–4 weeks
Cut-to-print
Tooling lead time quoted per part
3–4 weeks + tooling
Packaging
Bulk or partitioned carton on request
Poly bag + card label
06 · ENQUIRIES
Request Component Specifications
Name the catalogue component you need, or send a drawing or a sample of the part you are replacing, with the compound and the volume. Our engineering team responds within 48 hours with dimensional confirmation, the compound datasheet and a quotation.