Russell IPM Solve the Problem of the Fabric Pest!

Russell IPM helps businesses protect valuable material goods with their new product dubbed ‘the solution for monitoring fabric pests’.
 
 
Russell IPM Xlure-FIT Fabric Insect Trap
Russell IPM Xlure-FIT Fabric Insect Trap
DEESIDE, Wales - July 11, 2014 - PRLog -- The Research and Development team at UK manufacturer Russell IPM have developed a non-toxic, environmentally-friendly way to help protect fabric goods from insect damage. The Xlure-FIT (Fabric Insect Trap) is the newest addition to the Xlure range of products, which are taking the pest control market by storm. Predecessor Xlure-MST multi-species-trap, launched in 2002, revolutionised the way food factories across the UK monitor insects, enabling production to continue year-round without requiring production halting during pest monitoring procedures.

Until now, fabric insects have been notoriously difficult to monitor. ‘Pest controllers used a myriad of blunder traps which are fiddly to maintain and need replacing frequently’, explains National Sales and Technical Manager Trevor Green. ‘With the Xlure-FIT you can specifically monitor all of the target fabric insects with one single trap’.

So, how does it work? That’s where Russell IPM’s Research and Development team comes in. They have developed a combination of pheromones – airborne molecules that trigger a certain response in the insects – to attract the male before it has a chance to mate with the female. These pheromones are released across a period of 6-8 weeks. Male moths enter through keyholes on the upper surface and are trapped inside. Beetle species, meanwhile, crawl up the rough surface of the trap, which replicates the crack-like harbourages they favour.

After all, we’re not only dealing with moths. Key species known to cause damage to the materials we love include the varied carpet beetle Anthrenus verbasci, black carpet beetle Attagenus unicolor, webbing clothes moth Tineola bisselliella and case-making clothes moth Tinea pellionella. The larvae of these insects have the rare ability to digest keratin – a protein found in hair, horns, wool, fur and feathers. The unique mix of attractants developed in the Russell IPM laboratory are specifically tailored to monitor the presence of these target species before they cause holes and bare patches by feeding on these components in the items you care about.

Xlure-FIT is safe to use and has a smart, contemporary design. Examples of where it could be used include clothes storage areas, factories, warehouses, museums, shops, stately homes and anywhere you wish to protect carpet or upholstery. Protecting goods from pests, from producer to consumer, is what Russell IPM do best. Pheromone traps like the Xlure-FIT allow pest controllers to avoid chemical insecticides whilst protecting goods in a safe and natural way.

To find out more or make an enquiry, contact Deborah and Beth on marketing@russellipm.com

To view the Xlure-FIT product page please visit http://www.russellipm-storedproductsinsects.com/en/trap/x...


With total commitment to R&D and customer care, Russell IPM specialise in insect pheromones and other bio rational solutions for crop protection and public health. The company promote biorational products with minimum impact on the environment and encourage biodiversity.

Russell IPM have been active in the field of Integrated Pest Management for over 25 years, providing green solutions in over thirty countries. Russell IPM is the winner of two Queen’s Awards for Enterprise, for International Trade and Innovation.

Visit the company website: www.russellipm.com

Media Contact
D Chowdhury at Russell IPM
marketing@russellipm.com
End
Source: » Follow
Email:***@russellipm.com Email Verified
Tags:Pest Control, Research And Development, Pheromone, Ipm, Xlure FIT
Industry:Biotech, Science
Location:Deeside - Flintshire - Wales
Subject:Products
Account Email Address Verified     Account Phone Number Verified     Disclaimer     Report Abuse
Russell IPM News
Trending
Most Viewed
Daily News



Like PRLog?
9K2K1K
Click to Share