LUBE LHL300-4 400g Injection Molding High Load Grease for Precision Bearing Lubrication
Product Overview
LUBE LHL300-4 400g is a high-performance injection molding grease engineered for mechanical components operating under heavy loads, rapid cycling, and high-temperature mold environments. Formulated with advanced synthetic base oil and a special thickener system, it ensures reliable bearing lubrication and clean, consistent performance even during high output production cycles.
Its strong adhesion and mechanical stability make it ideal for injection molding machines, linear guides, and bushings requiring long-lasting high load grease with minimal oil separation.
Key Features
High load grease designed for injection molding applications
Excellent wear protection for bearings, guides, and mechanical slides
Strong adhesion for stable lubrication under repetitive fast-cycle motion
Superior resistance to heat, shear, and oxidation
Low oil separation for clean running and reduced contamination
Long-lasting bearing lubrication for extended maintenance intervals
Reliable performance in high-speed and continuous-duty production lines
Compatible with steel, alloy materials, and common machine components
Applications
LUBE LHL300-4 is suitable for:
Injection molding machine toggle systems
Linear guides, bushings, and precision bearing lubrication
Mechanical components exposed to high load and repetitive motion
Mold open/close mechanisms requiring stable grease film
Robotics, automation parts, and industrial machinery under constant cycling
Equipment needing durable injection molding grease with minimal residue
Its clean, high-stability formulation ensures smooth operation and extended component life even in aggressive manufacturing conditions.
Why Choose LHL300-4
LHL300-4 offers long-term mechanical reliability, reduced wear, and excellent high load grease performance for modern injection molding equipment. It enhances running smoothness, minimizes downtime, and maintains a stable lubrication film for precision bearing lubrication in high-speed industrial environments.
