MOLTEN, the dynamic death/thrash quintet hailing from San Francisco, proudly announces the release of their latest single, “MALICIDE,” the title track from their highly anticipated second full-length album. The band’s sophomore LP, “Malicide,” promises a ferocious onslaught of sound, showcasing a darker and more aggressive tone that will undoubtedly captivate fans of extreme music worldwide.
Recorded under the expert guidance of acclaimed producer Greg Wilkinson (known for his work with High On Fire, Mortuous, Necrot) at the renowned Earhammer Studios in Oakland, “Malicide” is a testament to MOLTEN‘s unwavering commitment to pushing sonic boundaries. With artwork crafted by the talented Noah Cutter Meihoff, the album’s visual aesthetics mirror the intensity and depth of its musical compositions.
“Malicide” delves into a plethora of thematic realms, exploring concepts of war, corruption, inner turmoil, fantasy, horror, and world destruction. Through their incendiary lyrics and blistering instrumentation, MOLTEN invites listeners on a journey through the darkest recesses of the human psyche, delivering an experience that is both haunting and exhilarating.
Following the success of their 2019 EP and 2021 debut LP, “Dystopian Syndrome,” “Malicide” represents a significant evolution in MOLTEN‘s sound and artistic vision. Drawing upon their diverse influences and collective creativity, the band has crafted an album that is as melodically captivating as it is viscerally intense.
As MOLTEN prepares to unleash “Malicide” upon the world, fans are urged to stay tuned for further updates regarding the album’s release. With its blend of relentless aggression and immersive atmosphere, “Malicide” promises to be a groundbreaking addition to the realm of extreme music.
Streaming now on Bandcamp!
https://transylvaniantapes.bandcamp.com/album/molten-malicide
Follow the band at these links:
https://molten666.bandcamp.com/album/dystopian-syndrome
https://www.instagram.com/moltenthrashingdeath/
https://www.facebook.com/Molten666
*Thanks to MDPR