Advanced methodologies have propelled the BP-2020-Test to the forefront of laboratory research for characterizing pulp and evaluating the stages of paper manufacturing. This sophisticated laboratory apparatus amalgamates a plethora of fiber processing functions into a singular, streamlined, and compact unit. As a result, the cumbersome and time-consuming task of managing multiple, isolated, and dispersed equipment is no longer necessary.
The BP-2020-Test revolutionizes the chalking and fiber processing methodologies its users are accustomed to. With seamless and advanced integration of pulp testing methodologies, the machine guarantees reliable, reproducible results that are consistent with each desired the configuration. For pulp and paper manufacturing research, the versatility embedded allows the equipment to be used across multiple research disciplines.
The efficient sample preparation is complemented by the advanced hot-pressing technology embedded within the machine. As a result of the advanced technology, the machine provides uniform heating across the planar surfaces of the pressing mold, which streamlines the sheet formation of a wide range of pulp types during pressing.
Advanced methodologies have propelled the BP-2020-Test to the forefront of laboratory research for characterizing pulp and evaluating the stages of paper manufacturing. This sophisticated laboratory apparatus amalgamates a plethora of fiber processing functions into a singular, streamlined, and compact unit. As a result, the cumbersome and time-consuming task of managing multiple, isolated, and dispersed equipment is no longer necessary.
The BP-2020-Test revolutionizes the chalking and fiber processing methodologies its users are accustomed to. With seamless and advanced integration of pulp testing methodologies, the machine guarantees reliable, reproducible results that are consistent with each desired the configuration. For pulp and paper manufacturing research, the versatility embedded allows the equipment to be used across multiple research disciplines.
The efficient sample preparation is complemented by the advanced hot-pressing technology embedded within the machine. As a result of the advanced technology, the machine provides uniform heating across the planar surfaces of the pressing mold, which streamlines the sheet formation of a wide range of pulp types during pressing.

Optimizing Pulp Testing for Research Excellence

Labs in need of the most accurate pulp characterization along with the research of paper production need to consider the BP-2020-Test. This professional grade laboratory machine incorporates multiple fiber processing machines which eliminates the hassle of integrating multiple machines in a workflow. All functions can be performed in grade.
Superior Testing Capabilities. The machines fiber alteration systems provide for precise control of the degrees of beating and modification of the fibers for research. This is important for determining the attributes of the finished paper. This equipment is perfectly suited for the development of new paper grades. Optimizing pulp formulations and pulp quality assurance result reproducibility.
Efficient Sample Preparation. The hot-press system features independently controlled top and bottom heating plates of 1.2KW assuring uniform heating of the 200×200 mm mold area. The 1 ton pressing force is more than adequate for compression of the pulp and sheet formation.
Constructed for laboratory environments. The equipment was designed to provide reliability and adequate equipment space. The dimensions of the equipment are 1280x1010x2080 mm which allows for fitting in most laboratory environments. Having an output daily of 50-100 kg makes the equipment invaluable to pulp scientists.

Frequently Asked Questions (FAQs)

Q1: What types of pulp can be tested with this laboratory machine?
A: The BP-2020-Test can handle all types of pulp including chemical pulp, mechanical pulp, recycled pulp, and specialty fibers, in addition to softwood, hardwood, and non-wood pulps for all fiber characterization.
Q2: Is this machine suitable for university research laboratories?
A: Yes, certainly. This type of equipment is intended for colleges, universities, and research facilities. It is targeted at providing definitive pulp testing results for research within the context of student training and experiments involving the production of paper.
Q3: What pulp properties can be measured or adjusted with this machine?
A: The machine is configured for the measurement and adjustment of the indicators of pulp beating, fiber length distribution, fiber water retention value, and fiber morphology.
Q4: What is the maximum thickness of samples that can be produced?
A: The machine can produce test samples up to 40 mm in height using the 200×200 mm mold size, providing flexibility for various testing paper sheet formation studies.
Q5: Does the machine come with warranty and technical support?
A: Certainly, the BP-2020-Test includes warranty coverage from the manufacturer. We offer technical support, assistance with installation, and operator training. Reach out to us for specific warranty conditions and details on after-sales support services.