HHB DAT uses an ultra-fine, high-density metal particle recording layer which delivers high output and retentivity. A specially formulated binder system combines with a durable back coating to ensure consistently low block error rates, even after multiple passes and prolonged high speed shuttling. The flexibility of the base film allows a better head wrap, resulting in less head wear.

The rigid shell is capable of withstanding a temperature of 107ºC (212.6ºF) without warping, and the anti-static lid discharges quickly, avoiding damaging build ups of dust. Attention to detail is retained even down to the hub braking system which is improved to create a more efficient braking action, reducing tape slack when ejecting.

HHB DAT uses an ultra-fine, high-density metal particle recording layer which delivers high output and retentivity. A specially formulated binder system combines with a durable back coating to ensure consistently low block error rates, even after multiple passes and prolonged high speed shuttling. The flexibility of the base film allows a better head wrap, resulting in less head wear.

The rigid shell is capable of withstanding a temperature of 107ºC (212.6ºF) without warping, and the anti-static lid discharges quickly, avoiding damaging build ups of dust. Attention to detail is retained even down to the hub braking system which is improved to create a more efficient braking action, reducing tape slack when ejecting.

HHB DAT uses an ultra-fine, high-density metal particle recording layer which delivers high output and retentivity. A specially formulated binder system combines with a durable back coating to ensure consistently low block error rates, even after multiple passes and prolonged high speed shuttling. The flexibility of the base film allows a better head wrap, resulting in less head wear.

The rigid shell is capable of withstanding a temperature of 107ºC (212.6ºF) without warping, and the anti-static lid discharges quickly, avoiding damaging build ups of dust. Attention to detail is retained even down to the hub braking system which is improved to create a more efficient braking action, reducing tape slack when ejecting.

HHB DAT uses an ultra-fine, high-density metal particle recording layer which delivers high output and retentivity. A specially formulated binder system combines with a durable back coating to ensure consistently low block error rates, even after multiple passes and prolonged high speed shuttling. The flexibility of the base film allows a better head wrap, resulting in less head wear.

The rigid shell is capable of withstanding a temperature of 107ºC (212.6ºF) without warping, and the anti-static lid discharges quickly, avoiding damaging build ups of dust. Attention to detail is retained even down to the hub braking system which is improved to create a more efficient braking action, reducing tape slack when ejecting.

HHB DAT uses an ultra-fine, high-density metal particle recording layer which delivers high output and retentivity. A specially formulated binder system combines with a durable back coating to ensure consistently low block error rates, even after multiple passes and prolonged high speed shuttling. The flexibility of the base film allows a better head wrap, resulting in less head wear.

The rigid shell is capable of withstanding a temperature of 107ºC (212.6ºF) without warping, and the anti-static lid discharges quickly, avoiding damaging build ups of dust. Attention to detail is retained even down to the hub braking system which is improved to create a more efficient braking action, reducing tape slack when ejecting.