improve patient care with our new highly breathable …
TRANSCRIPT
IMPROVE PATIENT CARE WITH OUR NEW HIGHLY BREATHABLE PRODUCTS
10/30/2017 ©2016 HoverTech International, All Rights Reserved.
NEW AND IMPROVED HOVERMATT SPUThe HoverMatt® Single-Patient Use (SPU) Air Assisted Transfer Device is constructed of non-woven polypropylene fiber on the top and nylon fabric on the bottom.
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Breathable top layer: wicks away moisture from patient’s skin
New nylon has higher MVTR: quicker moisture evaporation
Q2ROLLER®
The dual chamber design and immersive properties allow for pressure reduction on both sides of the patient.
• Inflation causes a single layer.
• During patient repositioning, ambient air is added to the device. This air exchange creates an optimal microclimate.
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Breathable Q2Roller fabric :
• Increases air circulation and evaporation under the patient.
• Evaporation reduces heat and moisture on the patient’s skin which greatly decreases the potential for pressure injuries.
Facilitates evaporation and minimizes heat and moisture on the patient’s skin
Evaporation
Air/Gas exchange through fabric
Top & bottom fabric layers
A BREATHABLE DEVICE CREATES OPTIMAL MICROCLIMATE
Breathable fabric allows air to circulate under the patient and evaporation to take place.These highly evaporative properties will help facilitate the reduction of heat and moisture on the patient’s skin, greatly reducing the potential for pressure injuries.
BREATHABILITY• Breathability: the ability of a fabric to allow moisture vapor to be transmitted through the
material = Moisture Vapor Transmission Rate (MVTR). The higher the MVTR, the more breathable the fabric.
• The improved nylon on the HoverMatt SPU has been tested by an independent lab using the B method* per ASTM E96, and has one of the highest MVTR currently available on the market. The entry threshold for breathable applications is 500 g/m2/day.
• The new HoverMatt SPU MVTR is 613.23 g/m2/day.
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*B method (open cup) is the chosen testing method that best replicates a patient lying in bed with normal perspiration/MVT.
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HoverMatt SPU Breathability Threshold
MV
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Independent lab study -per ASTM E96
Moisture Vapor Transmission Rate -Improved HoverMatt
The improved HoverMatt SPU material is 23% above the entry threshold for breathability.
WHAT IS MICROCLIMATE?• The local tissue temperature and moisture (relative humidity)
at the body/support surface interface
• Breathable fabric means that the outermost layer that is touching the patient allows for evaporation
• Evaporation disperses the heat and moisture on the patient’s skin
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MICROCLIMATE RESULTS
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Dry Heat Flux Wet Heat Flux Evaporative Capacity
(W/m
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Heat and Moisture Removal
HoverMatt SPU
Dry Heat Flux = heat dissipates through convection and conductionWet Heat Flux = moisture transferred from skin to environmentEvaporative Capacity = heat transferred from skin to environment
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HOVERTECH USES INDEPENDENT LAB, EC SERVICES, TO CONDUCT LATEST INDUSTRY STANDARD TESTING
SELECT EC LAB CLIENTS
Ehob Molnlycke
Getinge Group Recover Care
Hill Rom Sage Products
Huntleigh Healthcare Stryker Medical
Inteli Bed Gaymar Industries
Invacare Sunrise Medical
Joerns TempurPedic
The Roho Group AliMed, Inc.
IMMERSION TESTINGImmersion Testing: measures pressure at the interface using an indenter, rather than a pressure map. It is a more detailed and uniform way to test products when compared to pressure mapping studies.
Currently, there are no standards for pressure mapping. Pressure maps fail to deliver validatable results between laboratories (too easy to manipulate the data).
The following products have been independently tested:
• HoverMatt® Single-Patient Use (SPU)
• HoverMatt® SPU with Positioning Wedges
• Q2Roller® Lateral Turning Device
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IMMERSION
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Immersion testing characterizes the immersive properties of full body support surfaces. The immersive properties of support surfaces defines the potential for pressure redistribution and patient safety.
• Maximum immersion reduces pressure injury risk• Using the HoverMatt with a low impact or LAL surface does not affect the efficacy • The HoverMatt facilitates egress from a highly immersive surface
2015 National Pressure Ulcer Advisory Panel
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IMMERSION* REPORT
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The HoverMatt Single-Patient Use, Q2Roller, and HoverMatt SPU with Positioning Wedges were tested by an independent lab for compatibility with a Hill-Rom Synergy Air Elite Mattress with sheet (AKA low air loss surface).Technical experts from the independent testing lab have concluded that the difference between the control and devices is clinically insignificant and should not interfere with the efficacy of the surface with regard to immersion.
*Immersion is measured by following the Mattress Immersion Test Protocol:• Condition of the room per ISO standards for temperature and humidity• U appropriate test apparatus for immersion testing, including the rigid version of the NPUAP 50th percentile test male mannequin• Using the test bed fixture and pulley system, Adjusting the weight to achieve a mannequin weight of 179 pounds**Prevalon™ AirTAP Patient Repositioning System is a product of Sage Products
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HM34SPU Q2 Roller HM withWedges
Control
Average % Immersion
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SLIDING RESISTANCE TESTING
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The sliding resistance test measures the force required to pull a 50th percentile male mannequin across a support surface. This data is comparable to the shear and bulk modulus forces applied to a bed-bound patient sliding down in bed.
The less work that is required, the less risk there is of skin shearing. Results show a <1% difference between the low air loss surface alone and the low air loss surface with the HoverMatt SPU on top.
Position of Indenter on HM34SPU Position of Indenter on HM34HS
SLIDING RESISTANCE
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The results of a <1% difference between the low air loss surface alone and the low air loss surface with the HoverMatt SPU on top proves compatibility.
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Work Required
HM34SPU HM34HS Control
MVTR – BW TEST METHOD
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Improved SPU
BW
Moisture Vapor Transmission Rate - BW Method
BW method is the inverted cup method and is used for replicating use under incontinent conditions
CITATIONShttp://www.pcimag.com/articles/82796-novel-breathable-polyurethane-dispersions
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