Specifications
| Specification | Detail |
|---|---|
| Product code | BG001-0005 |
| Style | S1G fluid resistant reusable surgical gown |
| Material | 99% polyester, 1% carbon |
| Fabric weight | 113 gsm |
| Standard | EN 13795, CE/CA marked |
| Back length | 132 cm (approx.) |
| Sleeve length | 56 cm (approx.) |
| Sweep | 174 cm (approx.) |
| Reuse cycles | Up to 75 washes at thermal disinfection temperatures |
| Laundering | Wash at thermal disinfection temperatures and dry on a medium heat |
| Sterilisation | Designed for autoclave sterilisation after laundering |
Reviews
The S1G reusable surgical gown from MIP is a fluid resistant barrier gown designed for repeated use in operating theatres and other procedural settings. Constructed from a lightweight 113 gsm fabric, it supports both staff protection and efficient reprocessing. Designed for thermal disinfection, autoclave sterilisation and EN 13795 compliance, it helps standardise gowning across busy clinical teams.
- Reusable surgical gown: Engineered for up to 75 wash cycles at thermal disinfection temperatures, providing a predictable service life and helping to control long term gowning costs.
- Fluid resistant barrier fabric: 99 percent polyester and 1 percent carbon with a Teflon finish to help repel fluids and support protection from splashes and spray in the sterile field.
- EN 13795 compliant: Certified to EN 13795 and CE/CA marked as a surgical gown, aligning with current standards for performance, barrier properties and linting in theatre environments.
- Autoclave compatible: Designed to be sterilised in an autoclave after laundering, integrating smoothly with existing sterile services and central laundry workflows.
- Consistent coverage and fit: Approximate back length of 132 cm, sleeve length of 56 cm and sweep of 174 cm for wrap around coverage and freedom of movement during procedures.
- Reprocessing friendly: Suitable for washing at thermal disinfection temperatures and drying on a medium heat, supporting reliable turnaround times between cases.
- Supports sustainability goals: Reuse across multiple cycles helps reduce clinical waste and packaging compared with single use gowns, supporting environmental and cost improvement programmes.
