Explore our wide range of lubricants that are essential for improving the processing efficiency of PVC. These lubricants reduce friction, making processes like rigid PVC production not only possible but highly efficient.
Our lubricants are made from a variety of chemical families including hydrocarbon waxes, metal stearates, fatty acid esters, ester waxes, and amide waxes, and are classified into three subgroups: external, internal, and combined lubricants.
Internal Lubricants:
Improving Polymer Flow
Our internal lubricants are your secret tool to improve polymer flow. By reducing friction between polymer molecules, they effectively lower viscosity and increase production speed. Most importantly, these lubricants do not migrate out under standard conditions and have no negative impact on vital PVC properties such as corner weld strength, printability, or adhesion.
External Lubricants:
Protecting Processing Equipment
For protecting processing equipment, our external lubricants are your ideal solution. These lubricants create a protective layer between PVC compounds and processing equipment surfaces, preventing molten PVC from sticking to machinery. They also control PVC behavior inside equipment, ensuring smoother plasticity and better temperature management.
At Hempar, our lubricants are carefully designed to maximize PVC processing efficiency and ensure flawless operations and superior results.
Products and Applications
Hempar meets the needs of various industries such as door and window profiles, pipes and fittings, cables, and foamed sheets by producing a range of environmentally friendly stabilizers.
Our Commitment to Sustainability and Environmental Protection
HampaR Company, with its production of environmentally friendly stabilizers, such as calcium/zinc and organic-based stabilizers, offers safety alternatives to heavy metal stabilizers. In addition to product innovation, the company is committed to promoting and spreading eco-friendly technologies and works with partners and customers to strive for a greener future.