Engine Mountings

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Engine Mountings Specification

Hardness
55 65 Shore A

Usage & Applications
Automobile engine vibration damping and mounting

Compression Ratio
7:1

Thermal Conductivity
Low, typical of NR rubber

Resistance level
Excellent

Water Absorption
<0.2%

Style
Rubber bonded to metal, cylindrical

Flame Resistance Level
Basic, not flameproof

Volatile Matter (%)
Negligible (<0.5%)

Density
1.18 Gram per cubic centimeter(g/cm3)

Product Type
Engine Mounting

Feature
Durable, vibration absorbing, oil and heat resistant

Components
Rubber element, inner and outer steel casings

Width
75 mm

Tolerance
0.5 mm

Ash %
< 1.5%

Weight
0.9 kg

Length
110 mm

Color
Black

Nitrogen Content (%)
0.4 0.6%

Diameter
90 mm

Part Type
Engine mount

Natural Rubber
Yes, premium quality NR compound

Size
Standard, custom sizes available

Thickness
22 mm

Surface Finish
Smooth, black anodized

Engine Mountings Trade Information

Payment Terms
Cash Advance (CA), Cash in Advance (CID)

Main Domestic Market
All India

About Engine Mountings

Engine Mountings:

An engine mount must satisfy two essential but conflicting criteria. First, it should be stiff and highly damped to control the idle shake and engine mounting resonance over Hz. Also, it must be able to control, like a shock absorber, the motion resulting from quasistatic load conditions such as travel on bumpy roads, abrupt vehicle acceleration or deceleration, and braking and cornering. Second, for a small amplitude excitation over the higher frequency range, a compliant but lightly damped mount is required for vibration isolation and acoustic comfort, like a conventional rubber mount.

An automotive engine-body-chassis system is typically subjected to unbalanced engine forces, uneven firing forces especially at the idling speeds, dynamic excitations from gearboxes and accessories, and road excitation. Since design trends have been towards compact and efficient automobiles, engine-to-frame weight ratio and engine force densities have increased. Engine mountings are designed to achieve better vibration isolation, smooth vehicle movement, and noise reduction. Our mountings are so designed that the load deflection graph is well defined and the spring constants is specified depending upon vibration intensity and engine load. The length of time for which an mount is expected to function effectively is another strong determining factor in the selection or design process. The Polymers of superior grades assures complete durability and long life of the Component. Engine Mountings, Transmission Mountings, Gear Box Mounts, Radiator Mounts, Suspension Mounts, Strut Mounts and Hydro Mounts, which are utilized in highly demanding areas of automobiles and general industries are produced using advanced Technology.

Superior Corrosion Resistance

Our engine mountings feature coated metal parts that effectively protect against rust and corrosion, even in challenging environments. This ensures optimal performance and longevity, making them reliable for prolonged use in a variety of automotive applications.

Extended Operating Life

Designed to deliver a service life exceeding 50,000 km or up to three years under normal driving conditions, these mounts reduce the need for frequent replacements and lower overall maintenance costs. Robust materials ensure consistent performance throughout their lifespan.

Precision Shock Absorption

Utilizing a premium NR (natural rubber) compound and engineered for a durometer of 60 5 Shore A, these mountings efficiently dampen engine vibrations and movement. The result is enhanced driving comfort and reduced wear on engine components.

FAQs of Engine Mountings:

Q: How do these engine mountings benefit vehicle performance?

A: These engine mountings absorb vibrations and reduce engine movement, ensuring smoother driving and protecting crucial engine components from excess wear and potential damage.

Q: What makes these mountings corrosion resistant?

A: The engine mountings are constructed with coated metal casings that provide excellent resistance against corrosion and rust, ensuring longevity even in humid or harsh operating environments.

Q: When should I consider replacing my engine mountings?

A: It is recommended to replace engine mountings after 50,000 km or 3 years of normal use, or if you notice increased vibrations, excessive engine movement, or visible deterioration in the mounts.

Q: Where are these engine mountings manufactured?

A: These products are proudly made in India, using premium-quality natural rubber and high-grade coated metal to meet stringent international standards for performance and reliability.

Q: What is the installation process for these mounts?

A: Installation is straightforward for professional technicians, involving removal of old mounts and direct fitting of new ones, thanks to their OEM compatibility and standard sizing. Custom sizes are also available if required.

Q: What types of vehicles are supported by these engine mountings?

A: They are designed for use in most passenger and commercial vehicles, offering OEM compatibility and the ability to handle various engine loads up to 150 kg efficiently.

Q: How does the natural rubber compound contribute to the mounts features?

A: The premium NR (natural rubber) compound provides excellent vibration absorption, oil and heat resistance, and ensures durability under high compression ratios and heavy loads.

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