Agriculture and Farm Equipments

Quality leads with the industry!

Equipment in the agricultural market is subject to harsh environments and must withstand significant abuse. For this reason, manufacturers are turning to composites with dimensional stability, such as sheet moulding compounds (SMC), bulk moulding compounds (BMC), and new lines of high performance composites that are manufactured for the most demanding applications for new product designs, as these composite materials have been tested under the harshest of conditions
Composite material applications for agriculture and farming include overall body design, operator cabins, accessories, and attached implements.

Applications for composite materials in farming also include

  • Trailer and Tractor Components
  • Snow plough hitches
  • Sprinkler systems
  • Equipment cases
  • Body panels and substructures
  • Cabinets
  • Cases
  • Electrical insulating elements
  • Engine covers and panels
  • Fire walls
  • Floors
  • Harvesters
  • Headlamp housings
  • Interior systems
  • Plow hitches

Durable Composite Solutions for High-Performance Agricultural Equipment

Using composites for agriculture has several long-term benefits for customers, including longevity of equipment and faster payback on investments due to increased performance and uptime.

Every farming season includes cold, heat, and moisture. Time is always of the essence and profitable production depends on immediate action when conditions permit. Many farms use chemicals that can corrode equipment. This combination of extreme conditions and potentially corrosive material requires equipment that is impervious to Mother Nature and will last for years.

Prazastinav  knows what OEMs require for agricultural equipment and can provide composite solutions for the most challenging farm equipment conditions.

 

 

Composite materials for farming are engineered to provide the durability, reliability, and maintenance-free performance this demanding industry requires

  • Dimensional stability for lasting performance
  • Thermal stability to withstand fluctuating conditions
  • Corrosion resistance for deterioration-free operation
  • Light weight to reduce operating costs and improve performance
  • Elimination of secondary operations to increase efficiency
  • Ability to hold finishes for aesthetically-pleasing appearance
  • Combination of multiple parts into one part for less maintenance