Rollei Superpan 200 - 36exp
Deep contrast, biting sharpness, and true all-round versatility. Rollei Superpan 200 is a medium-speed, superpanchromatic black-and-white negative film built for photographers who want the bite of an aerial surveillance stock paired with the everyday usability of an ISO 200 speed.
Like its sibling stocks in the Rollei lineup, Superpan 200 is derived from Agfa’s high-altitude reconnaissance emulsions (Aviphot Pan 200). It features an extended red sensitivity that stretches straight into the near-infrared spectrum (up to 750nm). Cast on a crystal-clear polyester base, it slices clean through atmospheric haze to deliver deep, dramatic blacks, brilliant highlights, and microscopic detail.
The Highlights
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Extended Near-Infrared Reach: With spectral sensitivity reaching 750nm, this emulsion lets you dabble in experimental landscape photography. Screw on a dark red (25A) or dedicated infrared filter (such as an R72) to transform bright foliage into luminous whites and turn blue skies into pitch-black canvas.
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The Perfect Middle Speed: At ISO 200, Superpan hits the sweet spot between the ultra-fine grain of Retro 80S and the raw speed of Retro 400S, making it ideal for walking around in changeable British weather.
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Haze-Cutting Clarity: Developed originally for aerial mapping through cloud and atmosphere, this stock boasts exceptional edge acutance and resolving power that brings out fine textures in masonry, brickwork, and distant horizons.
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Crystal-Clear Polyester Base: Coated onto a transparent, anti-static PET base that dries completely flat, ensuring seamless, hassle-free scanning on flatbed or mirrorless camera digitising rigs.
Quick Specs
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Format: 35mm Film (1x 36-Exposure Roll)
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Type: Superpanchromatic Black & White (Sensitive up to 750nm)
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Nominal Speed: ISO 200
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Base: Clear Synthetic Polyester (PET)
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DX Coded: Yes
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Processing: Standard Black & White Chemistry (Rodinal/R09, D-76, Xtol, HC-110, etc.)
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Best For: Atmospheric street photography, textured architecture, dramatic fine-art landscapes, and near-infrared experiments.