Here are some key features of seismic isolator platforms:

1. Flexibility: Seismic isolator platforms are made of flexible materials. These materials allow the structure to flex during an earthquake. Flexibility reduces the effect of seismic forces on the structure and lowers the risk of damage.

2. Seismic Energy Absorption: Isolator platforms absorb and disperse seismic energy. Some of the seismic forces are absorbed through the isolators and affect the structure less. This reduces the risk of structural damage.

3. Durability: Seismic isolator platforms are produced from materials with high durability. These materials are designed to withstand long-term use and earthquake conditions.

4. Load Carrying Capacity: Seismic isolator platforms have the capacity to carry loads coming to the structure. This can support the structure even under high loads and provides seismic isolation.

5. Ease of Maintenance: Seismic isolator platforms are generally low maintenance systems. Generally, maintenance needs are met with regular observation and cleaning.

6. Applicability: Seismic isolator platforms can be applied to different types of structures. They can be used in the design phase of new structures or in the retrofitting of existing structures.

7. Environmental Impacts: Seismic isolator platforms are designed to be resistant to environmental impacts. They are especially resistant to factors such as water, dust, chemicals.

8. Standards and Regulations: Seismic isolator platforms are generally produced in accordance with national or international standards and regulations. These standards ensure that insulators meet certain performance criteria and provide safety.

The features of seismic isolator platforms make the structures more resistant to earthquake effects. This increases the durability of structures, reduces the risk of damage and ensures human safety.