Spray Shields

Using a non-porous, all-PTFE material, LFP Spray Shields guarantee performance against harmful spray out and leakage regardless of severity and duration of chemical exposure.

Many materials used for spray shields, like PTFE coated fiberglass, can be weakened by challenging industrial environments and often require monitoring. With an LFP Spray Shield, the body and drawstrings are all made of 100% PTFE. This ensures that the worker safety will not be jeopardized by degraded materials of a spray shield in the event of a spray out at a flange.

Since the LFP Spray Shield will be unaffected by even the most corrosive chemical environments, chemical capability tables do not need to be referenced.

The translucent material used in an LFP Spray Shield allows safe and easy detection of moisture leakage at a flange. If leakage does occur at the flange, the spray shield can be cleaned and reused without concern for weakening due to chemical attack.

LFP Spray Shields can be used in a pH range of 1-14 and a temperature range of - 100°F (-73°C) to 500°F (260°C). The versatility and cost-effectiveness of this type of spray shield allows it to be used in almost all industrial settings such as marine, offshore, pharmaceutical, chemical processing, FDA approved, cryogenic, and clean room applications.

Properties:

• Unaffected by constant exposure to wet, chemical environments.
• Rated for 500°F (260°C) constant exposure.
• Unaffected by ultraviolet exposure.
• Zero porosity material.
• One-piece design.
• Translucent material allows leak detection.
• Drawstring is all-PTFE cord.
• Curl over inhibits side spray-out.
• Reusable.
• Available in many colors.
• Many options, such as drain nipples, are available.
• Custom sizes are available.

Dowload the LFP Spray Shields brochure.

Comparison of LFP Spray Shields to PTFE-Coated Fiberglass Spray Shields: