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Industrial Papers


Burrows’ ability to offer multiple finishes, colors and enhanced properties, all while adhering to your exact specifications. This means customers can count on paper converting consistency and product performance. With expertise in the science of paper making, Burrows is one of only a few companies worldwide capable of producing very light weight printable tissue of 7.5 pounds and, also produces papers up to 30 pounds (12.5gsm-49gsm).

Used in a variety of industrial applications, Burrows’ current portfolio of paper includes:

Burrows can develop a grade tailored to your specific needs. Call the Customer Service Department today at 1-800-272-7122 ext. 3 for more information.

Archival Tissue
This specialty tissue is pH buffered to prevent the paper from turning yellow or getting brittle with age. Most commonly used for interleaving prints, drawings, and protecting artifacts, it is also used for wrapping gowns, historic uniforms, and protecting other textile items.

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Battery Tissue
Developed specifically for the manufacturing of car batteries, this tissue is used as a carrier of lead paste in the production process. Its high porosity allows it to readily adhere to and carry lead paste and then quickly dissolve.

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Doctor Roll
Commonly used to line an examination table in a doctor’s office, this grade is available in creped or MG finishes. Creped offers a softer texture and finish. MG is a smooth finish and has the capability to be printed.

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Flat Stock
With precise and consistent porosity, it is resistant to curl and perfect for carbon-coated checkbook inserts and other carbonless multi-part forms.

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Hydroentanglement
This base paper is used for the hydroentanglement process. The hydroentangled fabric is converted into disposable hospital gowns, surgical curtains and speciality wipes.

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Interleaving
This is a super clean sheet with a precise pH content. Interleaving is used as a liner to package and protect precious metals, engraved plates, and integrated circuits.

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Knit Twist
This sheet has super wet strength that allows strips of the paper to be soaked and twisted into heavy yarn-like fibers that dry into reeds. The reeds then become the base for knitted and woven products such as baskets, cowboy hats, carpets, hampers, or window coverings. It can also be used as a liner or filler in the production of multiple-wire electrical cables to help keep their shape, or twisted into shopping bag handles.

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One-time Carbonizing
This is a strong, dense, natural colored tissue that is used as a base for carbon coating. The finished product can be used between two single sheets or layered in multi-part forms.

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Pattern Tissue
This is a light weight printable paper that is used to produce sewing patterns and is also used as a stabilizer to assist in the production of pleats, buttonholes, and lapels in the clothing industry.

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Salon Products
This porous tissue is used to wrap hair around rollers in the application of permanent wave solutions.

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Seat Cover
Seat cover paper is light weight and readily absorbs water, making it fast-dissolving. Disposable toilet seat covers are supplied in many public restrooms for sanitary purposes.

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Table Cover
This durable paper has great dry tensile strength and some wet strength, making it ideal for disposable table covers or placemats.

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Tape Base
This paper has great wet strength and absorbency in relation to its basis weight and density. Creping provides stretch that makes it ideal for conversion to masking tapes.

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Towelette
Exceptional wet strength allows this paper to be soaked in a soapy or antiseptic solution and used as a wet wipe. The wipes are sealed in foil packets and used in quick serve restaurants and medical facilities. Paper wipes offer an environmental, cost effective alternative to synthetic non-woven wipes.

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