HP AP3 Grease

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MOQ : 10 Kilograms

HP AP3 Grease Specification

Smell
Mild/Petroleum

Weight
18 kg (Typical pack size)

Color
Brown

Type
Lithium Base Grease

Operating Temperature
-20C to +120C

Oil Type
Mineral

Ash %
<0.3%

Use
Lubrication of automotive and industrial equipment

Viscosity
220 cSt (at 40C)

Density
0.90 Gram per cubic centimeter(g/cm3)

Water Content Vol%
<1%

Chemical Composition
Lithium soap thickened, mineral oil base

Application
Bearings, Chassis, General Purpose Lubrication

Grease
HP AP3 Grease

Size
18 kg / 180 kg barrel

Pack Type
Bucket/Barrel

Vehicle Type
Automotive/Industrial

Oxidation Stability
High

Mechanical Stability
High

Shear Stability
Very Good

Storage Life
2 years from date of manufacture in sealed container

Water Washout
Low

Corrosion Resistance
Excellent

Drop Point
>190C

Worked Penetration (60 Strokes)
220 - 250

Compatibility
Compatible with most other lithium greases

HP AP3 Grease Trade Information

Minimum Order Quantity
10 Kilograms

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Kilograms Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About HP AP3 Grease

Spotlight on HP AP3 Grease - an ending soon, first-rate offering boasting valorous performance for automotive and industrial needs. Marked down at a competitive price, this first-class lithium base grease is engineered with a >190C drop point and exceptional shear, mechanical, and oxidation stability. Experience very good corrosion resistance, low water washout, and excellent compatibility with most lithium greases. HP AP3 Grease, in a commodious 18 kg or 180 kg barrel, ensures long storage life and reliable lubrication for bearings, chassis, and general equipment.

HP AP3 Grease: Exceptional Features & Versatile Applications

HP AP3 Grease delivers extra value with its high drop point, excellent corrosion and oxidation stability, and superior mechanical resilience. Perfectly suited for the lubrication of automotive and industrial equipment, this versatile grease is used for bearings, chassis, and all general-purpose maintenance needs. The lithium soap thickened, mineral oil base ensures reliable performance under varied conditions, making it ideal for both heavy-duty and routine machinery. Its mild petroleum aroma and low ash content underscore its first-class formulation.

Payment Terms, Certifications & Delivery Info for HP AP3 Grease

Sale price available for a limited time, with straightforward payment terms tailored to bulk or single unit orders. HP AP3 Grease is shipped from key ports in India, ensuring swift delivery of all goods. Each batch is certified for quality, certifying its compliance with industry standards. Buyers enjoy the peace of mind that comes with verifiable certifications and quick, easy shipping processes. Reliable delivery and service lead to a seamless purchasing experience for every customer.

FAQ's of HP AP3 Grease:

Q: How does HP AP3 Grease benefit automotive and industrial equipment?

A: HP AP3 Grease provides superior lubrication for bearings, chassis, and general machinery, delivering enhanced mechanical and shear stability, excellent corrosion resistance, and extended equipment life.

Q: What are the typical applications for HP AP3 Grease?

A: It is widely used for lubricating automotive and industrial machinery, including bearings, chassis, and various general-purpose components owing to its high performance in demanding environments.

Q: When should HP AP3 Grease be replaced or checked?

A: Grease should be checked at regular service intervals or if equipment is exposed to extreme conditions. Proper storage extends its usability up to 2 years in a sealed container.

Q: Where is HP AP3 Grease shipped from, and what packaging is available?

A: HP AP3 Grease ships from primary Indian ports and is offered in both 18 kg buckets and 180 kg barrels, catering to various industrial and commercial requirements.

Q: How is HP AP3 Grease compatible with other lubricants?

A: This grease is compatible with most lithium-based greases, allowing for easy integration into existing maintenance processes without risk of chemical incompatibility.