By Kenneth Lim
Boston, Nov. 17 - Chattem Inc. on Thursday priced an upsized $125 million of seven-year convertible senior notes within talk, at a coupon of 2% and an initial conversion premium of 26%.
The notes were offered at par, and talk guided for a coupon of 2% to 2.25% and an initial conversion premium of 25% to 27%.
The size of the deal was originally $100 million. There is no greenshoe.
Merrill Lynch was the bookrunner of the Rule 144A offering.
The notes are non-callable, and there are no puts.
There is a contingent conversion hurdle at 130% of the conversion price.
There is dividend and takeover protection and a net-share settlement feature.
Chattem is a Chattanooga, Tenn.-based maker of over-the-counter health care products, supplements and toiletries. It said about $32 million of the proceeds will be used for convertible note hedge and warrant transactions, and additional proceeds will be used to repay $38 million on an outstanding revolving debt. It also plans to use the proceeds to help fund its planned acquisition of five Johnson & Johnson brands and Pfizer's consumer health care business.
Issuer: | Chattem Inc.
|
Issue: | Convertible senior notes
|
Bookrunner: | Merrill Lynch
|
Amount: | $125 million
|
Maturity: | Nov. 15, 2013
|
Coupon: | 2%
|
Price: | Par
|
Yield: | 2%
|
Conversion premium: | 26%
|
Conversion price: | $58.92
|
Conversion ratio: | 16.9729
|
Contingent conversion: | 130%
|
Net-share settlement option: | Yes
|
Dividend protection: | Yes
|
Takeover protection: | Yes
|
Call protection: | Non-callable
|
Puts: | None
|
Price talk: | 2%-2.5%, up 25%-27%
|
Pricing date: | Nov. 16, after the close
|
Settlement date: | Nov. 22
|
Distribution: | Rule 144A
|
© 2015 Prospect News.
All content on this website is protected by copyright law in the U.S. and elsewhere.
For the use of the person downloading only.
Redistribution and copying are prohibited by law without written permission in advance from Prospect News.
Redistribution or copying includes e-mailing, printing multiple copies or any other form of reproduction.